68 add aws landing zone for the application plane #70
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WalkthroughThe changes involve the deletion of several GitHub Actions workflow files related to Google Cloud Platform (GCP) and AWS infrastructure management, along with the introduction of new Terraform configuration files for AWS. The new configurations include backend settings for S3, provider specifications, and resource definitions for AWS Organizations and CloudTrail. The modifications reflect a shift in infrastructure management practices, emphasizing the use of Tofu for managing AWS resources and removing legacy configurations. Changes
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Actionable comments posted: 6
🧹 Outside diff range and nitpick comments (13)
tofu/aws/1-bootstrap/outputs.tf (1)
1-3: LGTM! Consider adding a description for clarity.The output is correctly defined and references the Organizational Unit ID from the data source. This is a good practice for making the OU ID available for other modules or processes.
Consider adding a description to the output for better documentation:
output "ou_id" { + description = "The ID of the AWS Organizational Unit used in this configuration." value = data.aws_organizations_organizational_unit.ou.id }tofu/aws/1-bootstrap/backend.tf (1)
2-4: Consider removing the commented local backend configuration.While transitioning to S3 backend, it's generally a good practice to remove unused code to maintain cleanliness and prevent confusion.
If you decide to keep the commented local backend for documentation or fallback purposes, please add a comment explaining why it's retained. Otherwise, consider removing these lines:
- # backend "local" { - # path = "bootstrap.tfstate" - # }tofu/aws/2-org/variables.tf (4)
6-9: LGTM: Well-defined variable for workloads OU parent ID.The variable
workloads_ou_parent_idis correctly defined with an appropriate type and clear description. It pairs well with the previousworkloads_ou_namevariable.Consider grouping related variables using comments or newlines for better readability, especially if more variables are added in the future.
11-14: LGTM: Well-defined variable for application plane account name.The variable
app_plane_account_nameis correctly defined with an appropriate type and clear description.For consistency with the previous variables, consider using "application" instead of "app" in the variable name, i.e.,
application_plane_account_name. This would make it more explicit and consistent with the description.
16-19: LGTM with suggestions: Well-defined variable for application plane account email.The variable
app_plane_account_emailis correctly defined with an appropriate type and clear description.Consider the following improvements:
- For consistency, rename to
application_plane_account_emailto match the full word used in the description.- Add input validation for the email format. Here's an example of how you can do this:
variable "application_plane_account_email" { type = string description = "Email of the application plane account" validation { condition = can(regex("^[a-zA-Z0-9._%+-]+@[a-zA-Z0-9.-]+\\.[a-zA-Z]{2,}$", var.application_plane_account_email)) error_message = "The application_plane_account_email must be a valid email address." } }This ensures that the provided email adheres to a basic email format, reducing the risk of input errors.
1-19: Overall: Well-structured variables file with room for minor improvements.The variables in this file are well-defined and serve their purpose for AWS organization and account management. They provide flexibility for configuration and are appropriately typed.
To enhance readability and organization, consider grouping related variables with comments. Here's a suggested structure:
# Workloads Organizational Unit variable "workloads_ou_name" { # ... (existing content) } variable "workloads_ou_parent_id" { # ... (existing content) } # Application Plane Account variable "application_plane_account_name" { # ... (existing content, with suggested rename) } variable "application_plane_account_email" { # ... (existing content, with suggested rename and validation) }This structure clearly separates the two groups of variables, making the file easier to read and maintain as it grows.
tofu/aws/3-application_plane/variables.tf (1)
1-20: Well-structured variables file for AWS application plane configuration.This variables file provides a solid foundation for configuring the application plane within an AWS Organizations setup. It includes essential variables for organizational unit management and CloudTrail log retention. The structure is consistent and follows Terraform best practices.
Consider adding comments to group related variables (e.g., OU-related, account-related, and logging-related) for improved readability as the file grows.
tofu/aws/1-bootstrap/variables.tf (3)
8-11: LGTM: Well-defined variable for parent OU IDThe
ou_parent_idvariable is correctly defined with an appropriate type and clear description.Consider adding a note in the description about where to find this ID, e.g., "Can be obtained from the AWS Organizations console or API."
18-21: LGTM with suggestions: Well-defined variable for account emailThe
account_emailvariable is correctly defined with an appropriate type and description.Consider the following improvements:
- Enhance the description to be more specific, e.g., "The email address associated with the AWS account to be created."
- Add input validation to ensure a valid email format. For example:
variable "account_email" { type = string description = "The email address associated with the AWS account to be created." validation { condition = can(regex("^[a-zA-Z0-9._%+-]+@[a-zA-Z0-9.-]+\\.[a-zA-Z]{2,}$", var.account_email)) error_message = "The account_email must be a valid email address." } }
23-26: LGTM with suggestions: Well-defined variable for AWS regionThe
regionvariable is correctly defined with an appropriate type and description.Consider the following improvements:
- Enhance the description to be more specific about what bucket it refers to, e.g., "The AWS region where the S3 bucket for state storage will be created."
- Add input validation to ensure a valid AWS region is provided. For example:
variable "region" { type = string description = "The AWS region where the S3 bucket for state storage will be created." validation { condition = can(regex("^[a-z]{2}(-[a-z]+)+-\\d$", var.region)) error_message = "The region must be a valid AWS region name, e.g., us-west-2." } }tofu/aws/2-org/main.tf (2)
8-20: LGTM with suggestions: AWS account resource is well-configured.The
aws_organizations_accountresource is correctly defined with appropriate use of variables and dependencies. However, consider the following suggestions:
The
close_on_deletion = falsesetting prevents the account from being closed when the resource is destroyed. While this can be a safeguard, it may also lead to orphaned accounts. Consider if this aligns with your organization's security and resource management policies.The
role_nameis hardcoded. For consistency with other variables, consider making this configurable:role_name = var.organization_account_access_role_name
- The
lifecycleblock ignores changes torole_nameandname. Ensure this aligns with your change management processes, as it prevents updates to these fields via Terraform.
1-20: Overall structure aligns with AWS landing zone setup.This Terraform configuration file effectively sets up the basic structure for an AWS Organizations landing zone. It creates a "workloads" Organizational Unit and an associated AWS account, which aligns with the PR objective of setting up an AWS landing zone for the application plane.
The use of variables throughout the configuration allows for flexibility and easier management of different environments or configurations. The dependency between resources ensures proper creation order.
Consider documenting the purpose of this configuration and any specific organizational policies (e.g., the reason for
close_on_deletion = false) in comments at the top of the file for better maintainability.tofu/aws/1-bootstrap/main.tf (1)
37-45: Rename resource "example" to a more descriptive nameThe resource
aws_s3_bucket_versioningis currently namedexample, which may cause confusion. Renaming it to something more descriptive improves code clarity.Apply this diff to rename the resource:
-resource "aws_s3_bucket_versioning" "example" { +resource "aws_s3_bucket_versioning" "terraform_state_versioning" {
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📒 Files selected for processing (22)
- .github/workflows/gcp-full-infra-test-apply.yaml (0 hunks)
- .github/workflows/gcp-full-infra-test-plan.yaml (0 hunks)
- .github/workflows/testing-apply-aws-infra.yaml (0 hunks)
- .github/workflows/testing-plan-aws-infra.yaml (0 hunks)
- tofu/aws/.terraform.lock.hcl (0 hunks)
- tofu/aws/1-bootstrap/.terraform.lock.hcl (1 hunks)
- tofu/aws/1-bootstrap/backend.tf (1 hunks)
- tofu/aws/1-bootstrap/main.tf (1 hunks)
- tofu/aws/1-bootstrap/outputs.tf (1 hunks)
- tofu/aws/1-bootstrap/providers.tf (1 hunks)
- tofu/aws/1-bootstrap/variables.tf (1 hunks)
- tofu/aws/2-org/.terraform.lock.hcl (1 hunks)
- tofu/aws/2-org/backend.tf (1 hunks)
- tofu/aws/2-org/main.tf (1 hunks)
- tofu/aws/2-org/variables.tf (1 hunks)
- tofu/aws/3-application_plane/.terraform.lock.hcl (1 hunks)
- tofu/aws/3-application_plane/backend.tf (1 hunks)
- tofu/aws/3-application_plane/main.tf (1 hunks)
- tofu/aws/3-application_plane/variables.tf (1 hunks)
- tofu/aws/main.tf (0 hunks)
- tofu/aws/outputs.tf (0 hunks)
- tofu/aws/variables.tf (0 hunks)
💤 Files with no reviewable changes (8)
- .github/workflows/gcp-full-infra-test-apply.yaml
- .github/workflows/gcp-full-infra-test-plan.yaml
- .github/workflows/testing-apply-aws-infra.yaml
- .github/workflows/testing-plan-aws-infra.yaml
- tofu/aws/.terraform.lock.hcl
- tofu/aws/main.tf
- tofu/aws/outputs.tf
- tofu/aws/variables.tf
✅ Files skipped from review due to trivial changes (6)
- tofu/aws/1-bootstrap/.terraform.lock.hcl
- tofu/aws/1-bootstrap/providers.tf
- tofu/aws/2-org/.terraform.lock.hcl
- tofu/aws/2-org/backend.tf
- tofu/aws/3-application_plane/.terraform.lock.hcl
- tofu/aws/3-application_plane/backend.tf
🧰 Additional context used
🪛 checkov
tofu/aws/3-application_plane/main.tf
[HIGH] 58-69: Ensure Terraform module sources use a tag with a version number
(CKV_TF_2)
🔇 Additional comments (13)
tofu/aws/1-bootstrap/outputs.tf (1)
1-3: Verify the data source configuration.Ensure that the
aws_organizations_organizational_unitdata source is properly configured in themain.tffile. This output depends on its correct setup.Run the following script to check the data source configuration:
✅ Verification successful
Data source configuration is correctly set up.
All necessary variables for
aws_organizations_organizational_unitare properly defined and referenced.🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash # Description: Verify the aws_organizations_organizational_unit data source configuration # Test: Search for the data source configuration rg -A 5 'data\s+"aws_organizations_organizational_unit"\s+"ou"' tofu/aws/1-bootstrap/main.tf # Test: Check for related variables that might be used in the data source rg 'variable\s+.*ou' tofu/aws/1-bootstrap/variables.tfLength of output: 412
tofu/aws/1-bootstrap/backend.tf (1)
1-9: LGTM: File structure and consistency are appropriate.The overall structure of the file is correct for a Terraform backend configuration and aligns with the broader changes described in the PR objectives and AI summary.
tofu/aws/2-org/variables.tf (1)
1-4: LGTM: Well-defined variable for workloads OU name.The variable
workloads_ou_nameis correctly defined with an appropriate type and clear description. It's good practice to define these as variables for flexibility.tofu/aws/3-application_plane/variables.tf (4)
1-4: LGTM: Well-defined variable for workloads OU name.The variable declaration is clear, with an appropriate type and description. Requiring this value to be provided ensures explicit configuration of the workloads OU.
6-9: LGTM: Well-defined variable for workloads OU parent ID.The variable declaration is clear, with an appropriate type and description. Requiring this value to be provided ensures explicit configuration of the parent OU for workloads.
11-14: LGTM: Well-defined variable for application plane account name.The variable declaration is clear, with an appropriate type and description. Requiring this value to be provided ensures explicit naming of the application plane account.
16-20: LGTM: Well-defined variable for CloudTrail log retention, but verify the default value.The variable declaration is clear, with an appropriate type and description. The default value of 90 days for CloudTrail log retention is reasonable, but it's worth verifying if this aligns with your organization's data retention policies and compliance requirements.
To ensure compliance, please run the following script to check for any existing CloudTrail retention policies in the AWS Organizations:
tofu/aws/1-bootstrap/variables.tf (3)
3-6: LGTM: Well-defined variable for OU nameThe
ou_namevariable is correctly defined with an appropriate type and clear description.
13-16: LGTM: Well-defined variable for account nameThe
account_namevariable is correctly defined with an appropriate type and clear description.
1-26: Overall: Well-structured and comprehensive variables fileThis
variables.tffile provides a solid foundation for configuring AWS resources related to Organizations and account creation. The variables are well-named, typed, and described. Minor suggestions have been made to enhance descriptions and add input validations for improved robustness.tofu/aws/2-org/main.tf (1)
1-5: LGTM: Organizational Unit resource is well-defined.The
aws_organizations_organizational_unitresource is correctly configured using variables for flexibility. This approach allows for easy modifications to the OU name and parent ID without changing the main code.tofu/aws/1-bootstrap/main.tf (2)
16-17: Verify that the account email is unique and validThe
aws_organizations_accountmust be unique across all AWS accounts. Ensure thatvar.account_emailis not already in use to prevent account creation failures.
47-58: Review object lock configuration for compliance requirementsWhile the object lock is set to
COMPLIANCEmode with a retention period of 14 days, ensure this configuration aligns with your organization's compliance policies.Would you like assistance in verifying the compliance settings or adjusting the configuration?
| backend "s3" { | ||
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| } |
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Populate the S3 backend configuration with required parameters.
The S3 backend block is currently empty. To ensure proper state management, please add the necessary configuration parameters.
Consider adding the following parameters to the S3 backend configuration:
backend "s3" {
bucket = "your-terraform-state-bucket-name"
key = "bootstrap/terraform.tfstate"
region = "your-aws-region"
encrypt = true
dynamodb_table = "your-terraform-state-lock-table-name"
}Replace the placeholder values with your actual AWS resource names and region. Also, ensure that the S3 bucket and DynamoDB table for state locking are created beforehand or in a separate bootstrapping process.
| provider "aws" { | ||
| alias = "seed-account" | ||
| region = var.region | ||
| assume_role { | ||
| role_arn = "arn:aws:iam::${aws_organizations_account.account.id}:role/OrganizationAccountAccessRole" | ||
| } | ||
| } |
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Ensure the new account's IAM role is available before assuming it
After creating a new AWS account with aws_organizations_account, there might be a delay before the OrganizationAccountAccessRole is fully available. This delay can cause the seed-account provider to fail when attempting to assume the role immediately.
Consider adding a dependency to ensure that the account is fully provisioned before the provider attempts to assume the role. You can add a depends_on attribute to the provider configuration:
provider "aws" {
alias = "seed-account"
region = var.region
+ depends_on = [aws_organizations_account.account]
assume_role {
role_arn = "arn:aws:iam::${aws_organizations_account.account.id}:role/OrganizationAccountAccessRole"
}
}📝 Committable suggestion
‼️ IMPORTANT
Carefully review the code before committing. Ensure that it accurately replaces the highlighted code, contains no missing lines, and has no issues with indentation. Thoroughly test & benchmark the code to ensure it meets the requirements.
| provider "aws" { | |
| alias = "seed-account" | |
| region = var.region | |
| assume_role { | |
| role_arn = "arn:aws:iam::${aws_organizations_account.account.id}:role/OrganizationAccountAccessRole" | |
| } | |
| } | |
| provider "aws" { | |
| alias = "seed-account" | |
| region = var.region | |
| depends_on = [aws_organizations_account.account] | |
| assume_role { | |
| role_arn = "arn:aws:iam::${aws_organizations_account.account.id}:role/OrganizationAccountAccessRole" | |
| } | |
| } |
| resource "aws_s3_bucket" "terraform_state" { | ||
| bucket = "tf-state-${random_id.suffix.hex}" | ||
|
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| provider = aws.seed-account | ||
| } |
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Ensure the S3 bucket name is globally unique
The bucket name tf-state-${random_id.suffix.hex} might not be sufficiently unique globally, potentially leading to naming conflicts.
Consider incorporating the AWS account ID or another unique identifier to ensure global uniqueness:
bucket = "tf-state-${aws_organizations_account.account.id}-${random_id.suffix.hex}"Committable suggestion was skipped due to low confidence.
tofu/aws/3-application_plane/main.tf
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| }), | ||
| {} | ||
| ) | ||
| app_plane_account = local.workload_accounts[var.app_plane_account_name] |
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Handle potential null value for 'app_plane_account'
local.app_plane_account may be null if var.app_plane_account_name does not exist in local.workload_accounts. This could lead to errors when accessing local.app_plane_account.id in the provider configuration.
Consider adding a validation to ensure local.app_plane_account is defined:
locals {
# Existing locals...
app_plane_account = try(local.workload_accounts[var.app_plane_account_name], null)
}
# Add validation
resource "null_resource" "validate_app_plane_account" {
provisioner "local-exec" {
command = <<EOT
if [ "${local.app_plane_account}" == "null" ]; then
echo "Error: app_plane_account is null. Verify that var.app_plane_account_name is correct."
exit 1
fi
EOT
}
}Alternatively, use Terraform's validation block:
variable "app_plane_account_name" {
type = string
description = "Name of the application plane account"
validation {
condition = local.app_plane_account != null
error_message = "The provided app_plane_account_name does not exist in workload_accounts."
}
}
tofu/aws/3-application_plane/main.tf
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| {} | ||
| ) | ||
| app_plane_account = local.workload_accounts[var.app_plane_account_name] | ||
| app_plane_trail_bucket_name = nonsensitive("${lower(replace(var.app_plane_account_name, " ", "-"))}-cloudtrail-${random_bytes.suffix.hex}") |
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💡 Codebase verification
Bucket name length may exceed 63 characters. Implement truncation or validation to ensure compliance.
- Consider truncating
var.app_plane_account_nameintofu/aws/3-application_plane/main.tfto maintain the bucket name within the 63-character limit.
🔗 Analysis chain
Ensure S3 bucket name does not exceed the length limit
The generated S3 bucket name may exceed the AWS S3 bucket name length limit of 63 characters, especially if var.app_plane_account_name is long. Consider truncating or validating the bucket name to ensure compliance.
Run the following script to check the length of the generated bucket name:
If the bucket name is too long, consider modifying line 19 as follows:
app_plane_trail_bucket_name = nonsensitive("${lower(replace(substr(var.app_plane_account_name, 0, N), " ", "-"))}-cloudtrail-${random_bytes.suffix.hex}")Replace N with a suitable number to truncate the account name appropriately.
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Description: Check if the bucket name length exceeds 63 characters
# Substitute the actual values for APP_PLANE_ACCOUNT_NAME and SUFFIX
APP_PLANE_ACCOUNT_NAME="your-app-plane-account-name"
SUFFIX="your-random-bytes-suffix"
BUCKET_NAME="$(echo "${APP_PLANE_ACCOUNT_NAME,,}" | tr ' ' '-')-cloudtrail-${SUFFIX}"
BUCKET_NAME_LENGTH=${#BUCKET_NAME}
echo "Bucket Name: $BUCKET_NAME"
echo "Bucket Name Length: $BUCKET_NAME_LENGTH"
if [ "$BUCKET_NAME_LENGTH" -gt 63 ]; then
echo "Error: Bucket name exceeds 63 characters."
else
echo "Bucket name length is within the limit."
fi
Length of output: 563
Script:
#!/bin/bash
# Description: Find the definition of var.app_plane_account_name and check for length constraints
# Search for the variable definition in Terraform files
rg 'variable\s+"app_plane_account_name"' --type tf --context 5
# Search for any validation rules related to the variable
rg 'validation\s+\{' --type tf --context 5 | rg 'var\.app_plane_account_name' --context 2
Length of output: 1455
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Actionable comments posted: 2
🧹 Outside diff range and nitpick comments (8)
tofu/aws/3-application_plane/variables.tf (3)
1-9: Add validation blocks for OU-related variables.While the variables are well-structured, consider adding validation blocks to enforce AWS Organizations naming constraints and parent ID format.
variable "workloads_ou_name" { type = string description = "Name of the OU for workloads" + validation { + condition = can(regex("^[a-zA-Z0-9-_ ]+$", var.workloads_ou_name)) + error_message = "OU name must only contain alphanumeric characters, hyphens, underscores, and spaces." + } } variable "workloads_ou_parent_id" { type = string description = "Parent OU ID for workloads" + validation { + condition = can(regex("^ou-[0-9a-z]{4,32}-[a-z0-9]{8,32}$", var.workloads_ou_parent_id)) + error_message = "Parent OU ID must be a valid AWS Organizations OU ID format (e.g., ou-xxxx-yyyyyyyy)." + } }
11-14: Enhance account name variable with validation and clearer description.The account name variable should include AWS-specific constraints and a more detailed description.
variable "app_plane_account_name" { type = string - description = "Name of the application plane account" + description = "Name of the application plane AWS account (must be between 1-50 characters)" + validation { + condition = length(var.app_plane_account_name) >= 1 && length(var.app_plane_account_name) <= 50 + error_message = "Account name must be between 1 and 50 characters." + } }
16-20: Add validation and documentation for CloudTrail retention.The retention period should have a minimum value and include documentation about compliance considerations.
variable "cloudtrail_retention_days" { type = number - description = "Number of days to retain CloudTrail logs" + description = <<EOT + Number of days to retain CloudTrail logs. + Default is 90 days to meet common compliance requirements. + Minimum recommended value is 30 days. + EOT default = 90 + validation { + condition = var.cloudtrail_retention_days >= 30 + error_message = "CloudTrail retention period must be at least 30 days for security best practices." + } }backend/services/auth/cloudbuild.dev.yaml (1)
35-35: Improve readability of environment variables.The long line of environment variables could be split for better readability and maintainability.
Consider reformatting like this:
- - NODE_ENV=${_NODE_ENV},MONGODB_DB=${_MONGODB_DB},FALKORDB_AUTH_URL=${_FALKORDB_AUTH_URL},FALKORDB_ORGANIZATIONS_URL=${_FALKORDB_ORGANIZATIONS_URL},FALKORDB_PROVISIONER_URL=${_FALKORDB_PROVISIONER_URL},FALKORDB_USERS_URL=${_FALKORDB_USERS_URL},RECOVER_PASSWORD_RETURN_URL=${_RECOVER_PASSWORD_RETURN_URL},GOOGLE_CLOUD_PROJECT=${_GOOGLE_CLOUD_PROJECT},MOCK_CAPTCHA_REPOSITORY=${_MOCK_CAPTCHA_REPOSITORY},MOCK_MESSAGING_REPOSITORY=${_MOCK_MESSAGING_REPOSITORY} + - >- + NODE_ENV=${_NODE_ENV}, + MONGODB_DB=${_MONGODB_DB}, + FALKORDB_AUTH_URL=${_FALKORDB_AUTH_URL}, + FALKORDB_ORGANIZATIONS_URL=${_FALKORDB_ORGANIZATIONS_URL}, + FALKORDB_PROVISIONER_URL=${_FALKORDB_PROVISIONER_URL}, + FALKORDB_USERS_URL=${_FALKORDB_USERS_URL}, + RECOVER_PASSWORD_RETURN_URL=${_RECOVER_PASSWORD_RETURN_URL}, + GOOGLE_CLOUD_PROJECT=${_GOOGLE_CLOUD_PROJECT}, + MOCK_CAPTCHA_REPOSITORY=${_MOCK_CAPTCHA_REPOSITORY}, + MOCK_MESSAGING_REPOSITORY=${_MOCK_MESSAGING_REPOSITORY}tofu/aws/3-application_plane/main.tf (4)
2-9: Add error handling for organizational unit data sourcesThe data sources look correct, but consider adding validation to ensure the OU exists and contains child accounts.
variable "workloads_ou_name" { # ... existing configuration ... validation { condition = can(regex("^[a-zA-Z0-9-_ ]+$", var.workloads_ou_name)) error_message = "OU name must contain only alphanumeric characters, hyphens, underscores, and spaces." } }
28-33: Consider parameterizing the IAM role nameThe
OrganizationAccountAccessRoleis hardcoded. Consider making it configurable for flexibility.provider "aws" { alias = "app-plane-account" assume_role { - role_arn = "arn:aws:iam::${local.app_plane_account.id}:role/OrganizationAccountAccessRole" + role_arn = "arn:aws:iam::${local.app_plane_account.id}:role/${var.organization_access_role_name}" } }
95-106: Add lifecycle rules for access logs retentionConsider adding lifecycle rules to manage the retention of access logs.
module "aws-s3-bucket-access-logs" { source = "trussworks/s3-private-bucket/aws" bucket = local.app_plane_access_logs_bucket_name use_account_alias_prefix = false enable_analytics = false + lifecycle_rules = [{ + enabled = true + expiration = { + days = 90 # Adjust retention period as needed + } + }]🧰 Tools
🪛 checkov
[HIGH] 95-106: Ensure Terraform module sources use a tag with a version number
(CKV_TF_2)
108-120: Document why CloudTrail module is commented outAdd a comment explaining why the CloudTrail module is disabled and under what conditions it should be enabled.
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📒 Files selected for processing (3)
backend/services/auth/cloudbuild.dev.yaml(1 hunks)tofu/aws/3-application_plane/main.tf(1 hunks)tofu/aws/3-application_plane/variables.tf(1 hunks)
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🪛 checkov
tofu/aws/3-application_plane/main.tf
[HIGH] 59-70: Ensure Terraform module sources use a tag with a version number
(CKV_TF_2)
[HIGH] 95-106: Ensure Terraform module sources use a tag with a version number
(CKV_TF_2)
🔇 Additional comments (5)
tofu/aws/3-application_plane/variables.tf (1)
22-26: 🛠️ Refactor suggestion
Add ARN validation and verify security implications.
The variable needs ARN format validation, and the security implications of an empty default list should be verified.
variable "app_plane_lb_bucket_access_allow_list" {
type = list(string)
- description = "List of ARNs of load balancers that are allowed to write to the access logs bucket"
+ description = <<EOT
+ List of ARNs of load balancers that are allowed to write to the access logs bucket.
+ IMPORTANT: An empty list means no load balancers can write access logs.
+ EOT
default = []
+ validation {
+ condition = alltrue([for arn in var.app_plane_lb_bucket_access_allow_list : can(regex("^arn:aws:elasticloadbalancing:[a-z0-9-]+:[0-9]{12}:loadbalancer/.+$", arn))])
+ error_message = "All entries must be valid AWS load balancer ARNs."
+ }
}Let's verify how this variable is used in the codebase:
backend/services/auth/cloudbuild.dev.yaml (1)
35-35: Verify service dependencies are correctly configured.
The auth service appears to depend on several other microservices. Let's verify these dependencies are correctly configured.
✅ Verification successful
The previous results showed that all services have URLs configured, but we need to verify the actual usage patterns to ensure there are no circular dependencies and the configurations are properly used. This will help us understand if the dependencies are correctly configured and actually needed.
The previous results showed that all services have the URLs configured in their environment schemas and app initialization, but we need to verify the actual HTTP client usage to understand the real service-to-service communication patterns and validate if all configured dependencies are actually needed.
Service dependencies are correctly configured and justified by the codebase
The analysis of the codebase shows that the service dependencies are properly configured and actively used:
-
Auth service uses:
- Users service: For user deletion and management
- Organizations service: For authentication flows
-
Organizations service uses:
- Users service: For member management and invitation flows
- Auth service: For user verification
-
Users service uses:
- Organizations service: For membership and invitation management
Each configured URL in cloudbuild.dev.yaml corresponds to actual service-to-service communication patterns found in the codebase, with clear separation of concerns and no circular dependencies. The implementations show proper usage through repository patterns and service layers.
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Description: Verify the service URLs are consistent across the codebase
# and check for any potential circular dependencies.
echo "Checking for service URL references..."
rg --type yaml "FALKORDB_(AUTH|ORGANIZATIONS|PROVISIONER|USERS)_URL" -A 2
echo "Checking for potential circular dependencies in Cloud Build configs..."
fd -e yaml -e yml cloudbuild --exec grep -l "FALKORDB.*_URL"
Length of output: 3861
Script:
#!/bin/bash
# Let's check the actual service implementations to understand the dependencies better
echo "Checking service-to-service calls in auth service..."
rg -t ts -t js "FALKORDB.*_URL" ./backend/services/auth/src -C 2
echo "Checking service-to-service calls in organizations service..."
rg -t ts -t js "FALKORDB.*_URL" ./backend/services/organizations/src -C 2
echo "Checking service-to-service calls in users service..."
rg -t ts -t js "FALKORDB.*_URL" ./backend/services/users/src -C 2
Length of output: 5769
Script:
#!/bin/bash
# Let's check for actual HTTP client usage to understand the real service dependencies
echo "Checking HTTP client calls in auth service..."
rg -t ts -t js "\.get\(|\.post\(|\.put\(|\.delete\(" ./backend/services/auth/src -C 2
echo "Checking HTTP client calls in organizations service..."
rg -t ts -t js "\.get\(|\.post\(|\.put\(|\.delete\(" ./backend/services/organizations/src -C 2
echo "Checking HTTP client calls in users service..."
rg -t ts -t js "\.get\(|\.post\(|\.put\(|\.delete\(" ./backend/services/users/src -C 2
Length of output: 27065
tofu/aws/3-application_plane/main.tf (3)
23-25: LGTM! Good choice of suffix length
The 4-byte random suffix provides sufficient uniqueness while keeping bucket names concise.
36-56: LGTM! Well-structured IAM policy
The policy correctly implements least privilege by granting only necessary permissions to CloudTrail service.
72-93: LGTM! Well-structured access logs policy
The policy correctly grants necessary permissions for S3 access logging service.
| app_plane_trail_bucket_name = nonsensitive("${lower(replace(var.app_plane_account_name, " ", "-"))}-cloudtrail-${random_bytes.suffix.hex}") | ||
| app_plane_access_logs_bucket_name = nonsensitive("${lower(replace(var.app_plane_account_name, " ", "-"))}-access-logs-${random_bytes.suffix.hex}") |
There was a problem hiding this comment.
🛠️ Refactor suggestion
Add validation for S3 bucket name length
The bucket names are generated using account name and random suffix. Add validation to ensure they don't exceed AWS S3's 63-character limit.
locals {
validate_bucket_name = {
for name in [local.app_plane_trail_bucket_name, local.app_plane_access_logs_bucket_name] :
name => regex("^.{1,63}$", name)
}
}| module "aws-s3-bucket" { | ||
| source = "trussworks/s3-private-bucket/aws" | ||
| bucket = local.app_plane_trail_bucket_name | ||
| use_account_alias_prefix = false | ||
| enable_analytics = false | ||
|
|
||
| custom_bucket_policy = data.aws_iam_policy_document.cloudtrail_bucket_policy.json | ||
|
|
||
| providers = { | ||
| aws = aws.app-plane-account | ||
| } | ||
| } |
There was a problem hiding this comment.
🛠️ Refactor suggestion
Enable server-side encryption for CloudTrail bucket
Consider enabling server-side encryption for additional security of CloudTrail logs.
module "aws-s3-bucket" {
source = "trussworks/s3-private-bucket/aws"
bucket = local.app_plane_trail_bucket_name
use_account_alias_prefix = false
enable_analytics = false
+ enable_default_encryption = true
+ encryption_key_arn = var.kms_key_arn # Add this variableCommittable suggestion skipped: line range outside the PR's diff.
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🪛 checkov
[HIGH] 59-70: Ensure Terraform module sources use a tag with a version number
(CKV_TF_2)
fix #68
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