8000 Add OpenAI API Handler by ephur · Pull Request #121 · ephur/terraform-worker · GitHub
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Add OpenAI API Handler #121

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Merged
merged 1 commit into from
Jun 15, 2025
Merged

Add OpenAI API Handler #121

merged 1 commit into from
Jun 15, 2025

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ephur
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@ephur ephur commented Jun 15, 2025

This provides a fairly static OpenAI API handler for processing terraform plan outputs. The base prompt gives a pretty verbose output, see below for an example:

Setting the OPENAI_API_KEY environment variable will activate the handler.

Errors like insufficient quota, or to many tokens, are generically handled and will report the API error, and cause the handler to fail.

Terraform will perform the following actions:

  # cloudflare_dns_record.test_tribute_delegation will be destroyed
  # (because cloudflare_dns_record.test_tribute_delegation is not in configuration)
  - resource "cloudflare_dns_record" "test_tribute_delegation" {
      - comment             = "Test NS delegation for tributes subdomain" -> null
      - comment_modified_on = "2025-06-10T11:23:07Z" -> null
      - content             = "grace.ns.cloudflare.com,martin.ns.cloudflare.com" -> null
      - created_on          = "2025-06-10T11:23:07Z" -> null
      - id                  = "5ef9b91898ef934e664faa1175c7bf02" -> null
      - meta                = jsonencode({})
      - modified_on         = "2025-06-10T11:23:07Z" -> null
      - name                = "test.tributes.squall.zone" -> null
      - proxiable           = false -> null
      - proxied             = false -> null
      - settings            = {} -> null
      - tags                = [] -> null
      - ttl                 = 600 -> null
      - type                = "NS" -> null
      - zone_id             = "08b02857fa2f2771b31d9df6efba2611" -> null
    }

Plan: 0 to add, 0 to change, 1 to destroy.

Yeilded:
Terraform Plan Summary:

The Terraform plan appears to be managing DNS records using the Cloudflare provider. The primary operations involve managing TXT records for two identifiers: ephur.issued.iana.squall.zone and richardmaynard.issued.iana.squall.zone. The plan highlights the use of data resources to fetch configuration details from an HTTP source and Cloudflare account details. Below is a summary of the key activities and observations:

  1. DNS Records Overview:

    • Two TXT records are being managed under the squall.zone with subdomains ephur and richardmaynard.
    • The plan mainly involves 'no-op' actions indicating that there would be no changes applied to the existing records.
    • A deletion action for a test NS record test.tributes.squall.zone is observed, which implies cleaning an unused resource.

  2. Configuration:

    • Variables are set for Cloudflare account details and URLs for fetching tribute configuration.
    • The HTTP provider is used to download tribute configuration data from a GitHub repository.

  3. Cloudflare Provider:

    • Version 5.5.0 of the Cloudflare provider is being used.
    • NS and TXT records are processing DNS delegation and tribute information respectively.

  4. Data Resources:

    • Data resources fetch account and zone information from Cloudflare, as well as configuration data from HTTP endpoints.

  5. Sensitivities:

    • Sensitive information like request headers and settings are handled carefully with minimized exposure.

Potential Risks and Anti-patterns:

  1. No-Op Actions:

    • The presence of 'no-op' can signify that the Terraform configuration hasn't changed but can also mean possible overlooked updates or omitted changes.

  2. Static Sensitivity:

    • Although handled well here, static encoding in the plan (e.g., base64-encoded strings) needs monitoring for changes that should not impact production DNS records inadvertently.

  3. Service Dependencies:

    • Heavy reliance on external HTTP fetch operations for configuration increases vulnerability to service outages or changes in external data structure.

  4. Deleted Resource:

    • Pay attention to why the DNS resource is deleted, as it could cause disruptions if not documented properly—risking service casualties if it were indeed being used.

  5. Outdated Terraform Version:

    • Using Terraform version 1.12.1 is substantially outdated, and updating to a more recent stable version increases support and performance and access to new features.

This plan indeed outlines a stable configuration but requires awareness around the stated potential risks to maintain a seamless and secure DNS infrastructure management.

@ephur ephur merged commit 28d50c3 into master Jun 15, 2025
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