decomposer: record implementation detail for 8 step(s)
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2026-09-01 20:02:15 +00:00
parent 3d468dcff7
commit 146909227b
8 changed files with 32 additions and 23 deletions

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# Step 0 — Implementation Detail
1. Created docs/requirements.md with categorized discovery outputs.
2. Recorded the absent application-specific request as a baseline reference-architecture assumption.
3. Set Product selection deferred to true and listed decision-blocking questions.
1. Recorded functional requirements for authenticated API, transactional persistence, asynchronous events, retries/dead lettering, observability, and repeatable Terraform.
2. Recorded availability, latency, security, scalability, auditability, and no-provisioning validation targets.
3. Separated constraints, assumptions, and unresolved production questions into requirements.md.
4. Set product_selection_deferred to true in requirements.md and workflow.yaml.

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# Step 1 — Implementation Detail
1. Created docs/architecture.md describing request flow, security, reliability, and Terraform decisions.
2. Created architecture.mmd covering clients, Cloud Run, Firestore, Storage, Pub/Sub, worker, observability, registry, and VPC egress.
3. Added Terraform versions, variables, resources, outputs, API enablement, IAM identity, networking, data services, and Cloud Run.
1. Mapped the confirmed baseline to Cloud Run, Cloud SQL for PostgreSQL, Pub/Sub, Artifact Registry, Secret Manager, Cloud Logging, Cloud Monitoring, Cloud Trace, IAM, and Service Usage.
2. Documented request, persistence, event, retry/dead-letter, identity, and observability flows in architecture.md.
3. Added the architecture.mmd Mermaid flowchart and embedded an equivalent diagram in the guide.
4. Added Terraform for service enablement, Artifact Registry, Cloud SQL, Pub/Sub topics/subscription, Secret Manager placeholder, runtime service account, and Cloud Run API/worker services.
5. Parameterised project, region, name, images, SQL tier, HA, and deletion protection; supplied terraform.tfvars.example without secrets.

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# Step 2 — Implementation Detail
1. Added scripts/validate.sh using Terraform fmt, backendless init, validate, optional refresh-free plan, and Python unittest.
2. Added tests/test_artifacts.py for requirements, architecture, Mermaid, Terraform, and guide invariants.
3. Documented validation status as not_run in this generation environment because tools, provider downloads, and credentials were unavailable.
1. Declared the exact checks in workflow.yaml and VALIDATION.md: Terraform 1.6+ formatting, backend-disabled initialization, Terraform validation, offline artifact validation, and pytest.
2. Added scripts/validate_artifacts.py to check required files, guide sections, and Mermaid graph presence without cloud calls.
3. Added tests/test_package.py to execute the package validator and check that example configuration contains placeholders rather than secret values.
4. Recorded validation status and the distinction between offline validation and an operator-supplied future terraform plan in the guide.

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# Step 3 — Implementation Detail
1. Created solution-architecture-guide.md with scope, requirements links, selected products, embedded Mermaid, IaC usage, validation, verification, and risks.
2. Included explicit non-deployment and generation-environment limitations.
1. Combined requirements and assumptions from requirements.md into the guide.
2. Combined product choices and architecture description from architecture.md into the guide.
3. Embedded the Mermaid diagram and linked the source diagram and Terraform directory.
4. Added a validation table, commands, non-provisioning statement, operational risks, and production follow-up gates.

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# Step 4 — Implementation Detail
1. Persisted solution-architecture-guide.md in the scaffold commit.
2. Documented guide persistence in the guide's repository-verification section.
1. Created solution-architecture-guide.md at repository root.
2. Included a delivery-verification section covering requirements, products, architecture, diagram, Terraform, and validation evidence.
3. Made scripts/validate_artifacts.py assert the guide path and required sections.
4. Committed the guide in the single generated repository commit.

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# Step 5 — Implementation Detail
1. Declared the workflow-agent source template in workflow.yaml.
2. Mapped four phases to steps 03 and listed their inputs and outputs.
3. Declared step 47 repository and publication checks.
4. Included requirements, architecture, Mermaid, Terraform, validation, tests, and guide artifacts.
1. Added workflow.yaml identifying the workflow-agent template URL and target repository.
2. Mapped requirements, architecture, validation, and packaging phases to manifest steps 07.
3. Declared phase inputs, outputs, validation commands, and provisioning=false.
4. Added required-artifact checks in scripts/validate_artifacts.py and package tests in tests/test_package.py.

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# Step 6 — Implementation Detail
1. Scaffolded the repository once with all 15 files.
2. Committed all workflow, architecture, IaC, validation, test, and guide content together.
3. Recorded the remote repository URL for publication verification.
1. Scaffolded the repository once with all 16 workflow and architecture artifacts.
2. Committed requirements, architecture, Mermaid, Terraform, validation, workflow, tests, and guide together.
3. Used the returned repository URL as the publication target.

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# Step 7 — Implementation Detail
1. Added workflow.yaml checks requiring the published revision to contain workflow.yaml and solution-architecture-guide.md.
2. Added guide statements describing revision/content comparison required for remote verification.
3. Reported the scaffold commit as the publication revision; independent remote hash comparison was not executable through the available tools.
1. Confirmed the scaffold tool returned the target repository URL after committing all generated files.
2. Confirmed the required guide and workflow artifacts were included in the committed file set.
3. Recorded the remote URL for downstream revision/content verification.
4. Noted that the scaffold result did not expose a commit hash, so a revision identifier could not be independently reported.