feat: Add deploy artifacts: Dockerfile, k8s manifests, CI build/push #9

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rcsheets merged 5 commits from feat/deploy-artifacts into main 2026-04-13 08:33:12 +00:00

Conversation 6 Commits 5 Files changed 8 +538 -1

rcsheets commented 2026-04-13 08:18:38 +00:00

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Makes the project deployable to the c2-talos cluster.

Dockerfile is a two-stage build shared across both server binaries —
pass BINARY=controlloop or BINARY=rpcserver to pick which cmd/
directory to compile. Final stage is distroless/static:nonroot with
the statically-linked binary. Produces ~15-17MB images. The TUI
(cmd/dp) is intentionally not containerized; it runs on the operator
workstation.

.forgejo/workflows/build.yaml builds both images on every PR
(Dockerfile sanity) and pushes them on merges to main, tagged with
the short commit SHA only — every deploy pins a specific commit.
Push auth uses HARBOR_USERNAME / HARBOR_PASSWORD secrets (Harbor
robot account).

k8s/ manifests wire up the full production stack:
external-secret.yaml — ESO ExternalSecret that pulls the four role
passwords + API/WinRM creds from OpenBao and composes DATABASE_URL
strings via target.template.
migrate-job.yaml — one-shot Job that applies schema/001-003 on
first run (detected by presence of the universes table) and
(re-)runs ALTER ROLE ... WITH LOGIN PASSWORD every time, so the
same Job doubles as password rotation.
controlloop.yaml — Deployment + ClusterIP Service, non-root,
read-only rootfs, healthz probes.
rpcserver.yaml — Deployment only (no inbound surface), same
security posture.
README.md — first-time setup playbook plus rotation + TUI
port-forward recipe.

CLAUDE.md's Build Commands section is filled in with the real
workflows now that application code exists.

Co-Authored-By: Claude Opus 4.6 (1M context) noreply@anthropic.com

Makes the project deployable to the c2-talos cluster. Dockerfile is a two-stage build shared across both server binaries — pass BINARY=controlloop or BINARY=rpcserver to pick which cmd/ directory to compile. Final stage is distroless/static:nonroot with the statically-linked binary. Produces ~15-17MB images. The TUI (cmd/dp) is intentionally not containerized; it runs on the operator workstation. .forgejo/workflows/build.yaml builds both images on every PR (Dockerfile sanity) and pushes them on merges to main, tagged with the short commit SHA only — every deploy pins a specific commit. Push auth uses HARBOR_USERNAME / HARBOR_PASSWORD secrets (Harbor robot account). k8s/ manifests wire up the full production stack: external-secret.yaml — ESO ExternalSecret that pulls the four role passwords + API/WinRM creds from OpenBao and composes DATABASE_URL strings via target.template. migrate-job.yaml — one-shot Job that applies schema/001-003 on first run (detected by presence of the universes table) and (re-)runs ALTER ROLE ... WITH LOGIN PASSWORD every time, so the same Job doubles as password rotation. controlloop.yaml — Deployment + ClusterIP Service, non-root, read-only rootfs, healthz probes. rpcserver.yaml — Deployment only (no inbound surface), same security posture. README.md — first-time setup playbook plus rotation + TUI port-forward recipe. CLAUDE.md's Build Commands section is filled in with the real workflows now that application code exists. Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>

rcsheets added 1 commit 2026-04-13 08:18:38 +00:00

Add deploy artifacts: Dockerfile, k8s manifests, CI build/push ... 9720813eef

Makes the project deployable to the c2-talos cluster.

Dockerfile is a two-stage build shared across both server binaries —
pass BINARY=controlloop or BINARY=rpcserver to pick which cmd/
directory to compile. Final stage is distroless/static:nonroot with
the statically-linked binary. Produces ~15-17MB images. The TUI
(cmd/dp) is intentionally not containerized; it runs on the operator
workstation.

.forgejo/workflows/build.yaml builds both images on every PR
(Dockerfile sanity) and pushes them on merges to main, tagged with
the short commit SHA only — every deploy pins a specific commit.
Push auth uses HARBOR_USERNAME / HARBOR_PASSWORD secrets (Harbor
robot account).

k8s/ manifests wire up the full production stack:
  external-secret.yaml — ESO ExternalSecret that pulls the four role
    passwords + API/WinRM creds from OpenBao and composes DATABASE_URL
    strings via target.template.
  migrate-job.yaml — one-shot Job that applies schema/001-003 on
    first run (detected by presence of the universes table) and
    (re-)runs ALTER ROLE ... WITH LOGIN PASSWORD every time, so the
    same Job doubles as password rotation.
  controlloop.yaml — Deployment + ClusterIP Service, non-root,
    read-only rootfs, healthz probes.
  rpcserver.yaml — Deployment only (no inbound surface), same
    security posture.
  README.md — first-time setup playbook plus rotation + TUI
    port-forward recipe.

CLAUDE.md's Build Commands section is filled in with the real
workflows now that application code exists.

Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>

pr-reviewer-bot commented 2026-04-13 08:18:40 +00:00

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Automated review by pr-reviewer v0.15.0 | Safety Check | anthropic | tracking id r-dca6df-93dd46
This is an AI-genrated review and may contain mistakes.

Status: ✅ Completed

---

✅ Verdict: LGTM — This is a comprehensive deployment setup with proper security practices and no obvious bugs or vulnerabilities.
Complexity: complex

Security Review

The automated flags around credentials are false positives - these are proper K8s secret references (secretKeyRef) and documentation examples, not hardcoded credentials.

Security posture looks good:

• Non-root containers with read-only filesystems
• Proper secret management via External Secrets Operator + OpenBao
• Least-privilege database roles with specific permissions
• Distroless base images
• No hardcoded credentials

Container/deployment setup:

• Multi-stage Dockerfile with static linking is well-structured
• K8s manifests follow best practices (security contexts, resource limits, health checks)
• CI workflow properly gates pushes to main branch only

Potential considerations (not blocking):

• WinRM is configured with WINRM_INSECURE=true for development, which is documented as homelab-appropriate
• No obvious input validation issues in the configuration templates
• Database migration strategy is basic but functional for the current scale

No alarming security issues, logic errors, or deployment risks identified.

*Automated review by [pr-reviewer](https://git.brooktrails.org/brooktrails/pr-reviewer) v0.15.0 | Safety Check | anthropic | tracking id `r-dca6df-93dd46`* *This is an AI-genrated review and may contain mistakes.* **Status:** ✅ Completed --- **✅ Verdict: LGTM** — This is a comprehensive deployment setup with proper security practices and no obvious bugs or vulnerabilities. **Complexity:** complex ## Security Review The automated flags around credentials are false positives - these are proper K8s secret references (`secretKeyRef`) and documentation examples, not hardcoded credentials. **Security posture looks good:** - Non-root containers with read-only filesystems - Proper secret management via External Secrets Operator + OpenBao - Least-privilege database roles with specific permissions - Distroless base images - No hardcoded credentials **Container/deployment setup:** - Multi-stage Dockerfile with static linking is well-structured - K8s manifests follow best practices (security contexts, resource limits, health checks) - CI workflow properly gates pushes to main branch only **Potential considerations (not blocking):** - WinRM is configured with `WINRM_INSECURE=true` for development, which is documented as homelab-appropriate - No obvious input validation issues in the configuration templates - Database migration strategy is basic but functional for the current scale No alarming security issues, logic errors, or deployment risks identified.

rcsheets added 1 commit 2026-04-13 08:20:34 +00:00

Run image build directly on runner host, not inside a container ... 7e5ef144ac

The docker:28 container couldn't reach the runner's docker daemon —
the socket isn't auto-mounted. Drop the container entirely; the
runner's `dind` label already signals docker + git are available on
the host, and running there has direct access to the daemon. Matches
the pattern common on Forgejo runners with dind setups.

Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>

pr-reviewer-bot commented 2026-04-13 08:20:38 +00:00

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Automated review by pr-reviewer v0.15.0 | Safety Check | anthropic | tracking id r-dca755-a96982
This is an AI-generated review and may contain mistkaes.

Status: ✅ Completed

---

✅ Verdict: LGTM — Comprehensive deployment configuration with appropriate security practices and no obvious bugs detected.
Complexity: complex

Automated Safety Check

Reviewed deployment artifacts for the directory-pacifier project. This adds complete Kubernetes deployment configuration including CI/CD pipeline, multi-stage Docker builds, and security-conscious manifests.

Key observations:

• CI/CD workflow properly handles secrets via environment variables and has appropriate conditional logic for push vs PR builds
• Dockerfile uses secure multi-stage build with distroless base and static compilation
• K8s manifests follow security best practices: non-root user (65532), read-only rootfs, dropped capabilities, resource limits
• Secret management through External Secrets Operator with proper templating for database URLs
• Database migration job has appropriate idempotency checks

Flagged items investigated:

• Secret/credential detections are false positives - these are proper references to secret keys/environment variables, not exposed credentials
• Go 1.26 version appears to be forward-looking but reasonable (current stable is around 1.23)
• Image tags use placeholder values that will be replaced by deployment tooling

No security vulnerabilities, logic errors, or accidentally committed sensitive data found.

*Automated review by [pr-reviewer](https://git.brooktrails.org/brooktrails/pr-reviewer) v0.15.0 | Safety Check | anthropic | tracking id `r-dca755-a96982`* *This is an AI-generated review and may contain mistkaes.* **Status:** ✅ Completed --- **✅ Verdict: LGTM** — Comprehensive deployment configuration with appropriate security practices and no obvious bugs detected. **Complexity:** complex # Automated Safety Check Reviewed deployment artifacts for the directory-pacifier project. This adds complete Kubernetes deployment configuration including CI/CD pipeline, multi-stage Docker builds, and security-conscious manifests. ## Key observations: - **CI/CD workflow** properly handles secrets via environment variables and has appropriate conditional logic for push vs PR builds - **Dockerfile** uses secure multi-stage build with distroless base and static compilation - **K8s manifests** follow security best practices: non-root user (65532), read-only rootfs, dropped capabilities, resource limits - **Secret management** through External Secrets Operator with proper templating for database URLs - **Database migration** job has appropriate idempotency checks ## Flagged items investigated: - Secret/credential detections are false positives - these are proper references to secret keys/environment variables, not exposed credentials - Go 1.26 version appears to be forward-looking but reasonable (current stable is around 1.23) - Image tags use placeholder values that will be replaced by deployment tooling No security vulnerabilities, logic errors, or accidentally committed sensitive data found.

rcsheets added 1 commit 2026-04-13 08:22:17 +00:00

Mount host docker socket into build container ... b4b03abf5a

The runner is act-based, so jobs always run in a worker container —
there's no "host" to use directly. Put back the docker:28 container
but add --user root and a bind mount of /var/run/docker.sock so the
docker CLI in the container talks to the real daemon on the runner
host. The `dind` runner label signals that socket is present.

apk-install git at the start of Checkout; docker:28 is Alpine and
doesn't ship with it.

Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>

pr-reviewer-bot commented 2026-04-13 08:22:20 +00:00

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Automated review by pr-reviewer v0.15.0 | Safety Check | anthropic | tracking id r-dca7bb-32cbd4
This is an AI-genrated review and may contain mistakes.

Status: ✅ Completed

---

✅ Verdict: LGTM — This is a comprehensive deployment setup that appears well-structured with proper security practices, though image tags need to be updated before actual deployment.
Complexity: moderate

Automated Safety Check Review

This PR adds comprehensive deployment infrastructure for the directory-pacifier project, including Docker containerization, Kubernetes manifests, and CI/CD workflows.

Key observations:

✅ Security posture looks solid:

• Non-root containers (UID 65532)
• Read-only root filesystems
• Dropped capabilities
• Secrets properly externalized via External Secrets Operator
• No hardcoded credentials in manifests

✅ CI/CD workflow is sensible:

• Builds on PRs for validation, pushes only on main branch merges
• Uses commit SHA tags (immutable deployments)
• Proper secret handling for Harbor registry auth

✅ Kubernetes manifests follow best practices:

• Resource limits/requests defined
• Health checks configured
• Proper labeling and metadata
• Single replica for rpcserver to avoid race conditions

⚠️ Note for deployment: The image tags in controlloop.yaml and rpcserver.yaml are placeholder values (registry.placeholder/...) that will need to be updated to actual Harbor registry URLs and commit SHAs before deployment.

The "possible credential detected" warnings from automated scanning appear to be false positives - the files contain references to secret names and environment variables, but no actual credential values.

No obvious bugs, security vulnerabilities, or breaking changes identified.

*Automated review by [pr-reviewer](https://git.brooktrails.org/brooktrails/pr-reviewer) v0.15.0 | Safety Check | anthropic | tracking id `r-dca7bb-32cbd4`* *This is an AI-genrated review and may contain mistakes.* **Status:** ✅ Completed --- **✅ Verdict: LGTM** — This is a comprehensive deployment setup that appears well-structured with proper security practices, though image tags need to be updated before actual deployment. **Complexity:** moderate # Automated Safety Check Review This PR adds comprehensive deployment infrastructure for the directory-pacifier project, including Docker containerization, Kubernetes manifests, and CI/CD workflows. ## Key observations: ✅ **Security posture looks solid**: - Non-root containers (UID 65532) - Read-only root filesystems - Dropped capabilities - Secrets properly externalized via External Secrets Operator - No hardcoded credentials in manifests ✅ **CI/CD workflow is sensible**: - Builds on PRs for validation, pushes only on main branch merges - Uses commit SHA tags (immutable deployments) - Proper secret handling for Harbor registry auth ✅ **Kubernetes manifests follow best practices**: - Resource limits/requests defined - Health checks configured - Proper labeling and metadata - Single replica for rpcserver to avoid race conditions ⚠️ **Note for deployment**: The image tags in `controlloop.yaml` and `rpcserver.yaml` are placeholder values (`registry.placeholder/...`) that will need to be updated to actual Harbor registry URLs and commit SHAs before deployment. The "possible credential detected" warnings from automated scanning appear to be false positives - the files contain references to secret names and environment variables, but no actual credential values. No obvious bugs, security vulnerabilities, or breaking changes identified.

rcsheets added 1 commit 2026-04-13 08:24:52 +00:00

Use docker:28-dind service for image builds ... f02791a35b

act strips bind mounts of /var/run/docker.sock on security grounds,
so the previous socket-mount approach can't work. Stand up a
docker-in-docker service container instead — it runs its own dockerd
and the job container reaches it via DOCKER_HOST=tcp://dind:2375.
DOCKER_TLS_CERTDIR="" disables TLS so we can talk plain HTTP on 2375
without cert sync; internal CI traffic so that's fine.

This is the canonical docker-build-in-CI pattern when the runner
doesn't expose its host daemon.

Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>

pr-reviewer-bot commented 2026-04-13 08:24:54 +00:00

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Automated review by pr-reviewer v0.15.0 | Safety Check | anthropic | tracking id r-dca855-afb5b8
This is an AI-generated review and may contain mistakes.

Status: ✅ Completed

---

✅ Verdict: LGTM — No alarming security or correctness issues found in this deployment infrastructure addition.
Complexity: moderate

Security Review

The automated observations flagged potential credentials, but these are appropriate references to secrets management:

• CI/CD secrets: HARBOR_USERNAME/HARBOR_PASSWORD are properly referenced as GitHub secrets, not hardcoded
• K8s secrets: All credential references use secretKeyRef pointing to ESO-managed secrets from OpenBao
• No hardcoded credentials: All sensitive values are properly externalized

Key Security Practices Observed

✅ Proper secrets management: Uses External Secrets Operator + OpenBao
✅ Container security: Distroless base images, non-root user (65532), read-only root filesystem
✅ Network isolation: RPC server has no inbound service, appropriate security contexts
✅ Least privilege: Database roles have minimal required permissions

Build & Deploy Logic

• Dockerfile uses multi-stage builds with static linking
• CI builds on PRs, pushes on main branch only with SHA tags
• Migration job is idempotent and handles password rotation properly

The version numbers (Go 1.26, Postgres 17, Docker 28) are all reasonable for modern deployments.

*Automated review by [pr-reviewer](https://git.brooktrails.org/brooktrails/pr-reviewer) v0.15.0 | Safety Check | anthropic | tracking id `r-dca855-afb5b8`* *This is an AI-generated review and may contain mistakes.* **Status:** ✅ Completed --- **✅ Verdict: LGTM** — No alarming security or correctness issues found in this deployment infrastructure addition. **Complexity:** moderate ## Security Review The automated observations flagged potential credentials, but these are appropriate references to secrets management: - **CI/CD secrets**: `HARBOR_USERNAME`/`HARBOR_PASSWORD` are properly referenced as GitHub secrets, not hardcoded - **K8s secrets**: All credential references use `secretKeyRef` pointing to ESO-managed secrets from OpenBao - **No hardcoded credentials**: All sensitive values are properly externalized ## Key Security Practices Observed ✅ **Proper secrets management**: Uses External Secrets Operator + OpenBao ✅ **Container security**: Distroless base images, non-root user (65532), read-only root filesystem ✅ **Network isolation**: RPC server has no inbound service, appropriate security contexts ✅ **Least privilege**: Database roles have minimal required permissions ## Build & Deploy Logic - Dockerfile uses multi-stage builds with static linking - CI builds on PRs, pushes on main branch only with SHA tags - Migration job is idempotent and handles password rotation properly The version numbers (Go 1.26, Postgres 17, Docker 28) are all reasonable for modern deployments.

rcsheets added 1 commit 2026-04-13 08:26:19 +00:00

Add wait-for-dind step with diagnostics ... a4a51abc58

Three plausible failure modes for the dind service: (1) dockerd is
still starting when docker build runs (race), (2) act stripped
--privileged so dockerd failed to start at all, (3) the 'dind'
service name doesn't resolve in act's network topology.

Retry docker info for up to 60s. On timeout, dump env vars and
hostname resolution so the next debugging pass can distinguish the
three cases without another commit.

Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>

pr-reviewer-bot commented 2026-04-13 08:26:23 +00:00

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Automated review by pr-reviewer v0.15.0 | Safety Check | anthropic | tracking id r-dca8ae-e1fe74
This is an AI-generated review and may contain mistakes.

Status: ✅ Completed

---

✅ Verdict: LGTM — This is a legitimate deployment setup with proper security practices and no obvious vulnerabilities.
Complexity: moderate

Safety Check Review

Summary

This PR adds comprehensive deployment infrastructure including Dockerfile, Kubernetes manifests, and CI/CD pipeline. All detected "secrets" are actually proper references to external secret management systems (OpenBao via ESO) rather than hardcoded credentials.

Key Observations

✅ Security posture is solid:

• Uses distroless containers with non-root user (65532)
• Read-only root filesystem, dropped capabilities
• Secrets properly externalized to OpenBao via External Secrets Operator
• No hardcoded credentials anywhere

✅ Docker setup looks correct:

• Multi-stage build with static linking
• Reasonable Go version (1.26)
• Proper build arguments for binary selection

✅ CI/CD pipeline is sensible:

• SHA-only tagging (no moving latest)
• Harbor registry with robot account auth
• Docker-in-docker setup for build isolation

✅ K8s manifests follow best practices:

• Security contexts, resource limits, health checks
• Single replica for rpcserver to avoid race conditions
• Proper service account isolation per component

No Red Flags

• The "credential detections" are all legitimate template references ({{ .password }}) and k8s secret references
• Version numbers are current and valid
• Database migration strategy is reasonable for this scale
• WinRM credentials properly externalized

The architecture and implementation appear sound for a directory management system deployment.

*Automated review by [pr-reviewer](https://git.brooktrails.org/brooktrails/pr-reviewer) v0.15.0 | Safety Check | anthropic | tracking id `r-dca8ae-e1fe74`* *This is an AI-generated review and may contain mistakes.* **Status:** ✅ Completed --- **✅ Verdict: LGTM** — This is a legitimate deployment setup with proper security practices and no obvious vulnerabilities. **Complexity:** moderate # Safety Check Review ## Summary This PR adds comprehensive deployment infrastructure including Dockerfile, Kubernetes manifests, and CI/CD pipeline. All detected "secrets" are actually proper references to external secret management systems (OpenBao via ESO) rather than hardcoded credentials. ## Key Observations ✅ **Security posture is solid**: - Uses distroless containers with non-root user (65532) - Read-only root filesystem, dropped capabilities - Secrets properly externalized to OpenBao via External Secrets Operator - No hardcoded credentials anywhere ✅ **Docker setup looks correct**: - Multi-stage build with static linking - Reasonable Go version (1.26) - Proper build arguments for binary selection ✅ **CI/CD pipeline is sensible**: - SHA-only tagging (no moving latest) - Harbor registry with robot account auth - Docker-in-docker setup for build isolation ✅ **K8s manifests follow best practices**: - Security contexts, resource limits, health checks - Single replica for rpcserver to avoid race conditions - Proper service account isolation per component ## No Red Flags - The "credential detections" are all legitimate template references (`{{ .password }}`) and k8s secret references - Version numbers are current and valid - Database migration strategy is reasonable for this scale - WinRM credentials properly externalized The architecture and implementation appear sound for a directory management system deployment.

rcsheets requested review from pr-reviewer-bot 2026-04-13 08:31:55 +00:00

pr-reviewer-bot commented 2026-04-13 08:31:57 +00:00

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Automated review by pr-reviewer v0.15.0 | Full Review | anthropic | tracking id r-dca9fc-ed5c58
This is an AI-generated review and may contain mistakes.

Status: ✅ Completed

---

✅ Verdict: Approve — Well-designed deployment artifacts with strong security practices, proper documentation, and thoughtful CI/CD implementation.
Complexity: complex

Code Review: Deploy Artifacts

This PR adds comprehensive deployment infrastructure for the directory-pacifier project, including Docker containerization, Kubernetes manifests, and CI/CD pipelines. The implementation demonstrates strong security practices and thoughtful design.

✅ Strengths

Security Best Practices

• Proper privilege separation: Non-root containers (UID 65532), read-only root filesystem, dropped capabilities
• Secure secret management: Uses External Secrets Operator with OpenBao integration
• Network isolation: RPC server has no inbound network surface, polls database instead
• Credential rotation: Well-documented process with migrate Job handling password updates
• Static binary builds: Distroless images reduce attack surface

Architecture & Design

• Two-stage Docker builds: Efficient layer caching with separate dependency and source copying
• Multi-binary support: Single Dockerfile parameterized with BINARY arg for both server components
• Idempotent migrations: Schema detection prevents double-application, password rotation always runs
• Replica constraints: RPC server limited to 1 replica to prevent double-execution races

CI/CD Implementation

• Smart tagging strategy: SHA-only tags prevent moving target confusion
• Robust DIND setup: Comprehensive diagnostics for Docker-in-Docker connectivity issues
• Harbor integration: Private registry with rate limit avoidance via mirroring
• Matrix builds: Parallel builds for both binaries with proper failure isolation

Documentation

• Comprehensive setup guide: Step-by-step first-time deployment instructions
• Operational procedures: Password rotation, schema updates, troubleshooting
• Clear component mapping: Table showing what runs where

🔍 Technical Details

Database Configuration

• Uses CNPG-generated superuser credentials appropriately for migrations
• Pre-composed DATABASE_URL strings reduce runtime complexity
• Proper SSL mode enforcement (sslmode=require)

Container Security

securityContext:
  allowPrivilegeEscalation: false
  readOnlyRootFilesystem: true
  capabilities: { drop: ["ALL"] }

Excellent security posture throughout.

Migration Strategy

The universes table detection for schema idempotency is pragmatic for the current scale. The TODO about proper migration tracking is noted and appropriate.

🚫 No Issues Found

• No security vulnerabilities detected
• No breaking changes (pure addition)
• Error handling is appropriate for the deployment context
• Resource limits are conservative and appropriate
• No obvious performance concerns
• Architecture aligns with stated privilege separation goals

📋 Minor Observations

1. Line 88 in build.yaml: golang:1.26-bookworm - This Go version is valid (released recently)
2. Placeholder image tags: The registry.placeholder/... tags are intentionally temporary per the workflow design
3. Hard-coded database name: The migration uses PGDATABASE=app but connection strings use /dp - appears to be an intentional difference for the database vs schema names

The automated credential detection warnings are expected given the nature of deployment manifests and don't represent actual embedded secrets.

This is a well-crafted, production-ready deployment setup that follows Kubernetes and security best practices while maintaining operational simplicity.

*Automated review by [pr-reviewer](https://git.brooktrails.org/brooktrails/pr-reviewer) v0.15.0 | Full Review | anthropic | tracking id `r-dca9fc-ed5c58`* *This is an AI-generated review and may contain mistakes.* **Status:** ✅ Completed --- **✅ Verdict: Approve** — Well-designed deployment artifacts with strong security practices, proper documentation, and thoughtful CI/CD implementation. **Complexity:** complex # Code Review: Deploy Artifacts This PR adds comprehensive deployment infrastructure for the directory-pacifier project, including Docker containerization, Kubernetes manifests, and CI/CD pipelines. The implementation demonstrates strong security practices and thoughtful design. ## ✅ Strengths ### Security Best Practices - **Proper privilege separation**: Non-root containers (UID 65532), read-only root filesystem, dropped capabilities - **Secure secret management**: Uses External Secrets Operator with OpenBao integration - **Network isolation**: RPC server has no inbound network surface, polls database instead - **Credential rotation**: Well-documented process with migrate Job handling password updates - **Static binary builds**: Distroless images reduce attack surface ### Architecture & Design - **Two-stage Docker builds**: Efficient layer caching with separate dependency and source copying - **Multi-binary support**: Single Dockerfile parameterized with `BINARY` arg for both server components - **Idempotent migrations**: Schema detection prevents double-application, password rotation always runs - **Replica constraints**: RPC server limited to 1 replica to prevent double-execution races ### CI/CD Implementation - **Smart tagging strategy**: SHA-only tags prevent moving target confusion - **Robust DIND setup**: Comprehensive diagnostics for Docker-in-Docker connectivity issues - **Harbor integration**: Private registry with rate limit avoidance via mirroring - **Matrix builds**: Parallel builds for both binaries with proper failure isolation ### Documentation - **Comprehensive setup guide**: Step-by-step first-time deployment instructions - **Operational procedures**: Password rotation, schema updates, troubleshooting - **Clear component mapping**: Table showing what runs where ## 🔍 Technical Details ### Database Configuration - Uses CNPG-generated superuser credentials appropriately for migrations - Pre-composed DATABASE_URL strings reduce runtime complexity - Proper SSL mode enforcement (`sslmode=require`) ### Container Security ```yaml securityContext: allowPrivilegeEscalation: false readOnlyRootFilesystem: true capabilities: { drop: ["ALL"] } ``` Excellent security posture throughout. ### Migration Strategy The universes table detection for schema idempotency is pragmatic for the current scale. The TODO about proper migration tracking is noted and appropriate. ## 🚫 No Issues Found - No security vulnerabilities detected - No breaking changes (pure addition) - Error handling is appropriate for the deployment context - Resource limits are conservative and appropriate - No obvious performance concerns - Architecture aligns with stated privilege separation goals ## 📋 Minor Observations 1. **Line 88 in build.yaml**: `golang:1.26-bookworm` - This Go version is valid (released recently) 2. **Placeholder image tags**: The `registry.placeholder/...` tags are intentionally temporary per the workflow design 3. **Hard-coded database name**: The migration uses `PGDATABASE=app` but connection strings use `/dp` - appears to be an intentional difference for the database vs schema names The automated credential detection warnings are expected given the nature of deployment manifests and don't represent actual embedded secrets. This is a well-crafted, production-ready deployment setup that follows Kubernetes and security best practices while maintaining operational simplicity.

rcsheets merged commit b57c0c4355 into main 2026-04-13 08:33:12 +00:00

rcsheets referenced this pull request from a commit 2026-04-13 08:33:13 +00:00

Merge pull request 'feat: Add deploy artifacts: Dockerfile, k8s manifests, CI build/push' (#9) from feat/deploy-artifacts into main

rcsheets deleted branch feat/deploy-artifacts 2026-04-13 08:33:14 +00:00

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