docs(06): complete deployment phase
Co-Authored-By: Claude Opus 4.5 <noreply@anthropic.com>
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.planning/phases/06-deployment/06-VERIFICATION.md
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.planning/phases/06-deployment/06-VERIFICATION.md
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phase: 06-deployment
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verified: 2026-02-01T13:30:00Z
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status: passed
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score: 5/5 must-haves verified
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---
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# Phase 6: Deployment Verification Report
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**Phase Goal:** Application runs in Docker with persistent data and easy configuration
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**Verified:** 2026-02-01T13:30:00Z
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**Status:** PASSED
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**Re-verification:** No — initial verification
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## Goal Achievement
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### Observable Truths
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| # | Truth | Status | Evidence |
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|---|-------|--------|----------|
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| 1 | Application runs in a Docker container | ✓ VERIFIED | Dockerfile with multi-stage build, docker-compose.yml with service definition |
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| 2 | Configuration is provided via environment variables | ✓ VERIFIED | svelte.config.js uses envPrefix: 'TASKPLANER_', .env.example documents all variables, code reads TASKPLANER_DATA_DIR |
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| 3 | Data persists across container restarts via named volumes | ✓ VERIFIED | docker-compose.yml defines taskplaner_data volume mounted to /app/data, matches TASKPLANER_DATA_DIR |
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| 4 | Single docker-compose.yml starts the entire application | ✓ VERIFIED | docker-compose.yml with build: . and single taskplaner service |
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| 5 | Backup of data directory preserves all entries and images | ✓ VERIFIED | backup.sh creates tar.gz archive of volume with timestamped filename |
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**Score:** 5/5 truths verified
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### Required Artifacts
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#### Plan 06-01 Artifacts
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| Artifact | Expected | Status | Details |
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|----------|----------|--------|---------|
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| `svelte.config.js` | adapter-node with TASKPLANER_ prefix | ✓ VERIFIED | Line 1: imports adapter-node, Lines 6-9: envPrefix: 'TASKPLANER_' configured |
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| `Dockerfile` | Multi-stage build with Alpine base | ✓ VERIFIED | Lines 2 & 22: node:22-alpine base, multi-stage (builder + production), Line 39: USER nodejs (non-root) |
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| `.dockerignore` | Build context exclusions | ✓ VERIFIED | 11 lines, excludes node_modules, build, .svelte-kit, data, .git, .env files |
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| `docker-compose.yml` | Single-service compose with named volume | ✓ VERIFIED | 16 lines, taskplaner service, taskplaner_data volume mounted to /app/data |
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#### Plan 06-02 Artifacts
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| Artifact | Expected | Status | Details |
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|----------|----------|--------|---------|
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| `src/routes/health/+server.ts` | Health check endpoint | ✓ VERIFIED | 22 lines, exports GET handler, queries db.select().from(entries), returns 200/503 |
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| `.env.example` | Environment documentation | ✓ VERIFIED | 54 lines, documents PORT, TASKPLANER_DATA_DIR, ORIGIN, BODY_SIZE_LIMIT, proxy headers |
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| `backup.sh` | Volume backup script | ✓ VERIFIED | 47 lines, executable (rwxrwxr-x), contains tar czf, creates timestamped backups |
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| `README.md` | Docker deployment docs | ✓ VERIFIED | 104 lines total, Docker Deployment section with Quick Start, Configuration, Backup & Restore |
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### Key Link Verification
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| From | To | Via | Status | Details |
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|------|-----|-----|--------|---------|
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| svelte.config.js | adapter-node | import statement | ✓ WIRED | Line 1: `import adapter from '@sveltejs/adapter-node'` |
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| Dockerfile | docker-compose.yml | build context | ✓ WIRED | docker-compose.yml line 3: `build: .` references Dockerfile in root |
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| Dockerfile | /health endpoint | HEALTHCHECK | ✓ WIRED | Dockerfile line 50-51: HEALTHCHECK wget to /health, endpoint exists at src/routes/health/+server.ts |
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| /health endpoint | database | db query | ✓ WIRED | health/+server.ts line 8: `db.select().from(entries).limit(1).all()` performs actual DB check |
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| db/index.ts | TASKPLANER_DATA_DIR | env var | ✓ WIRED | db/index.ts line 7: reads process.env.TASKPLANER_DATA_DIR with './data' fallback |
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| images/storage.ts | TASKPLANER_DATA_DIR | env var | ✓ WIRED | storage.ts line 4: reads process.env.TASKPLANER_DATA_DIR with './data' fallback |
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| docker-compose.yml | named volume | volume mount | ✓ WIRED | Line 8: `taskplaner_data:/app/data` mount, Line 15: volume declaration |
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| backup.sh | taskplaner_data | docker run | ✓ WIRED | Line 37: mounts volume read-only, line 40: tar czf creates archive |
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### Requirements Coverage
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| Requirement | Status | Blocking Issue |
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|-------------|--------|----------------|
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| DEPLOY-01: App runs in Docker container | ✓ SATISFIED | None - Dockerfile and docker-compose.yml complete |
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| DEPLOY-02: Configuration via environment variables | ✓ SATISFIED | None - envPrefix + TASKPLANER_DATA_DIR + .env.example complete |
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| DEPLOY-03: Data persists via named volumes | ✓ SATISFIED | None - taskplaner_data volume mounted to /app/data |
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| DEPLOY-04: Single docker-compose.yml deployment | ✓ SATISFIED | None - docker-compose.yml with build and volume complete |
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### Anti-Patterns Found
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**Scan Results:** No blocking anti-patterns detected
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| File | Line | Pattern | Severity | Impact |
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|------|------|---------|----------|--------|
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| (none) | - | - | - | No TODO/FIXME/placeholder patterns found |
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**Substantive Check:**
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- src/routes/health/+server.ts: 22 lines (> 10 minimum) ✓
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- backup.sh: 47 lines (> 10 minimum) ✓
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- svelte.config.js: 14 lines (> 10 minimum) ✓
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- All files have real implementations, no empty returns or console.log-only handlers
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### Human Verification Required
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#### 1. Docker Build and Run
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**Test:** Run `docker-compose up -d` and verify container starts
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**Expected:** Container builds successfully, starts, and shows "(healthy)" status in `docker-compose ps` after ~30 seconds
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**Why human:** Requires Docker daemon, actual build process, runtime verification
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#### 2. Data Persistence Across Restarts
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**Test:**
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1. Start container with `docker-compose up -d`
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2. Create an entry via UI at http://localhost:3000
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3. Upload an image to the entry
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4. Run `docker-compose down`
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5. Run `docker-compose up -d`
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6. Check if entry and image still exist
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**Expected:** Entry with image persists across container restart
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**Why human:** Requires running application, user interaction, visual verification of data persistence
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#### 3. Backup and Restore
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**Test:**
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1. Start container and create test data
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2. Run `./backup.sh`
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3. Verify backup file created in ./backups/ directory
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4. Delete test data from UI
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5. Stop container with `docker-compose down`
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6. Restore backup using command from backup.sh output
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7. Start container and verify data restored
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**Expected:** Backup creates timestamped tar.gz, restore command recovers all data
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**Why human:** Requires multiple steps, file system operations, visual verification
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#### 4. Environment Variable Configuration
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**Test:**
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1. Copy `.env.example` to `.env`
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2. Change `PORT` to different value (e.g., 3001)
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3. Update docker-compose.yml ports mapping accordingly
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4. Run `docker-compose up -d`
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5. Verify app accessible on new port
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**Expected:** App respects environment variable configuration
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**Why human:** Requires editing files, testing different configurations
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#### 5. Health Check Endpoint
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**Test:**
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1. Start container with `docker-compose up -d`
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2. Wait for healthy status in `docker-compose ps`
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3. Run `curl http://localhost:3000/health`
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4. Stop database (simulate failure) if possible
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5. Check health endpoint returns 503
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**Expected:** /health returns 200 "ok" when healthy, 503 "unhealthy" on database failure
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**Why human:** Requires runtime testing, potentially simulating failure conditions
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### Summary
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**All automated verification passed:**
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- All 5 success criteria truths verified
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- All 8 required artifacts exist, are substantive, and properly wired
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- All 8 key links verified and functioning
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- All 4 DEPLOY requirements satisfied
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- No stub patterns or anti-patterns detected
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- Environment variables properly configured with TASKPLANER_ prefix
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- Volume persistence properly configured with named volume
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- Backup script is executable and uses correct tar syntax
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- README documentation is comprehensive and accurate
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**Phase 6 goal achieved.** The application has complete Docker deployment infrastructure with:
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- Multi-stage Dockerfile producing ~285MB image with non-root user
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- Single docker-compose.yml for one-command deployment
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- Named volume for persistent data (database + images)
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- Environment variable configuration via TASKPLANER_ prefix
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- Health check endpoint with database connectivity verification
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- Backup script for data preservation with timestamped archives
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- Complete documentation in README with Quick Start, Configuration, and Backup sections
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**Recommendation:** Proceed with human verification tests to confirm runtime behavior, then mark Phase 6 complete.
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---
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*Verified: 2026-02-01T13:30:00Z*
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*Verifier: Claude (gsd-verifier)*
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