Add production readiness assessment - honest evaluation
ASSESSMENT: Current Docker source build is NOT production-ready. Too complex: - 10+ manual setup steps - Zscaler cert extraction required - 15+ minute build times - 3-container backup orchestration - Manual plugin installation - Scattered documentation RECOMMENDATIONS: - West Jefferson: Use IIS + Windows Services (simplest) - New sites: Pre-built Docker images from registry (needs CI/CD) - Source build: Development only, not for operations Code is solid. Deployment automation needs 2-3 weeks investment. Created honest assessment document explaining why current approach is too complex and what's needed for true production readiness.
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PRODUCTION-READINESS.md
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PRODUCTION-READINESS.md
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# ShopDB Production Readiness Assessment
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**Last Updated:** 2026-09-07
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**Branch:** wj (post-wilm merge)
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## Executive Summary
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🔴 **NOT PRODUCTION READY** in current state without significant operational investment.
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The Docker deployment requires extensive manual setup, multiple services, and assumes expertise with Docker Compose, restic backup systems, and Flask plugin architecture. This assessment documents current gaps and provides recommendations.
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## Current State: Deployment Complexity
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### What Works
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✅ **Flask application code** - Stable, tested, 17 plugins functional
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✅ **Database schema** - Migrations work, data model is sound
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✅ **Frontend build** - Vue 3 SPA compiles and serves correctly
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✅ **Docker images** - Build successfully (with caveats below)
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✅ **Plugin architecture** - Clean, documented, extensible
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### Critical Gaps
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❌ **One-command deployment** - Requires 7-10 manual steps
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❌ **Corporate proxy handling** - Zscaler cert extraction needed for npm
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❌ **Backup system complexity** - 3 containers + restic + scheduler
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❌ **TLS certificate generation** - Manual OpenSSL commands required
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❌ **Plugin initialization** - Must run `apply-profile` after first start
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❌ **Password reset** - No default admin password, requires manual SQL
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❌ **Build time** - 15+ minutes with corporate proxy
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❌ **Documentation scattered** - 3 different setup guides (Docker, Local, Backup)
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## Why Is This So Complex?
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### 1. Corporate Network Reality
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**Problem:** Behind Zscaler proxy, npm can't trust npm registry
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**Impact:** Docker build fails without extracted corporate root CA
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**Workaround:** PowerShell script to extract cert before building
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**Production Fix:** Pre-build images in CI/CD with cert, publish to registry
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### 2. Plugin Architecture Design
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**Problem:** Plugin state in `instance/plugins.json`, not database
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**Impact:** Importing prod database doesn't register plugins
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**Workaround:** Manual `flask plugin apply-profile` after first start
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**Production Fix:** Auto-detect installed plugins from schema on boot
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### 3. Backup System Architecture
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**Problem:** Designed for restic with 3-container orchestration
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**Impact:** Requires backup-store + backup-watcher + backup containers
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**Workaround:** All documented, but complex to deploy
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**Production Fix:** Simpler mysqldump-only mode with direct file storage
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### 4. Multi-Stage Docker Build
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**Problem:** Frontend build needs Node 20, backend needs Python 3.14
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**Impact:** Multi-stage build is slow, complex, hard to debug
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**Workaround:** Build works, but takes 15 minutes
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**Production Fix:** Pre-build frontend on CI, copy dist/ into Python-only image
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## Deployment Models (Ordered by Simplicity)
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### Option 1: IIS + Windows Services (SIMPLEST)
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**Best for:** Single Windows server deployment
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**Complexity:** Low
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**Maintenance:** Medium
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**Setup:**
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1. Install Python 3.13+
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2. Install MySQL (or use existing instance)
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3. Run installer (creates Windows service for Flask)
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4. Configure IIS reverse proxy
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5. Install plugins via UI
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**Pros:**
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- Native Windows deployment
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- Familiar IIS management
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- No Docker complexity
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- Fast startup
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**Cons:**
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- Windows-only
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- Manual updates
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- No containerization benefits
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**Production Ready:** ⚠️ **YES** (with installer improvements)
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### Option 2: Docker Pre-Built Images (RECOMMENDED)
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**Best for:** Sites with Docker but no build capability
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**Complexity:** Low-Medium
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**Maintenance:** Low
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**Setup:**
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1. Pull pre-built image from registry
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2. Run docker-compose with .env file
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3. Access UI, enable plugins
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**Pros:**
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- No build step
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- Fast deployment (2 minutes)
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- Consistent environment
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- Easy updates (pull new image)
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**Cons:**
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- Requires Docker
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- Need image registry
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- Initial registry setup
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**Production Ready:** ✅ **YES** (requires CI/CD setup)
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### Option 3: Docker Source Build (CURRENT)
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**Best for:** Development, customization
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**Complexity:** High
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**Maintenance:** High
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**Setup:**
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1. Extract Zscaler cert
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2. Generate TLS certs
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3. Build Docker images (15+ min)
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4. Configure .env with 15+ variables
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5. Start docker-compose
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6. Run migrations
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7. Install plugins
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8. Reset admin password
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9. Configure backup system
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10. Test everything
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**Pros:**
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- Full source control
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- Customizable
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- No external dependencies
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**Cons:**
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- Extremely complex
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- Long build times
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- Many failure points
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- Requires Docker expertise
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**Production Ready:** 🔴 **NO** (too complex for operations)
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### Option 4: Kubernetes (FUTURE)
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**Best for:** Multi-site deployment, high availability
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**Complexity:** Very High
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**Maintenance:** Medium (with proper GitOps)
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**Status:** Not implemented
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**Effort:** 2-3 weeks of work
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## What Would Make This Production Ready?
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### Critical Path (Must Have)
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1. **Pre-Built Images in Registry**
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- Build images in CI/CD
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- Push to container registry
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- Sites just `docker pull`
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- **Effort:** 1 week
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2. **One-Command Setup**
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- `./deploy.sh` does everything
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- No manual cert extraction
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- No manual plugin installation
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- **Effort:** 3 days
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3. **Automated Plugin Detection**
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- Scan database schema on boot
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- Auto-register plugins in JSON
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- No manual `apply-profile`
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- **Effort:** 2 days
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4. **Simplified Backup (Option)**
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- Simple mysqldump + tar mode
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- Single container, no restic
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- Good enough for 80% of sites
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- **Effort:** 1 week
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5. **Windows Installer Improvements**
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- One-click install
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- Includes Python runtime
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- Creates service automatically
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- **Effort:** 1 week
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### Nice to Have (Future)
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- Helm chart for Kubernetes
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- Monitoring/metrics built-in
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- Health check endpoints
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- Automated testing in CI
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- Rolling update strategy
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## Honest Recommendations
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### For West Jefferson (Your Site)
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**Recommended:** Option 1 (IIS + Windows Services)
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**Why:**
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- You already have Windows infrastructure
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- Simpler to operate
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- Faster to deploy
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- Your team knows IIS
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**Steps:**
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1. Build Windows installer
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2. Deploy to Windows Server
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3. Configure IIS reverse proxy
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4. Import prod database
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5. Done
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**Timeline:** 2-3 days including testing
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### For New Sites
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**Recommended:** Option 2 (Docker Pre-Built Images)
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**Prerequisites:**
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- Set up CI/CD to build images
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- Set up container registry (Docker Hub, Harbor, or AWS ECR)
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- Create `deploy.sh` script
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**Then sites can:**
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```bash
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# 1. Copy .env.example to .env and edit
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cp .env.example .env
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# 2. Run deployment
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./deploy.sh
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# 3. Access UI
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https://your-server:5001
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```
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**Timeline for CI/CD setup:** 1-2 weeks
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### For Current Docker Source Build
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**Status:** Development/customization only, not for production
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**Use when:**
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- Testing new features
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- Developing plugins
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- Debugging issues
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- Learning the system
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**Don't use when:**
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- Deploying to operations
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- Training new ops staff
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- Time-sensitive deployments
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## Current Documentation Issues
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### Too Many Guides
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- `LOCAL-DEV-SETUP.md` - Windows development (port 3307, run_dev.py)
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- `DOCKER-SETUP.md` - Docker source build (complex, 15+ steps)
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- `PRODUCTION-READINESS.md` - This file (meta/assessment)
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- `scripts/backup/README.md` - Backup system (3 containers, restic)
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**Problem:** Which one do I follow?
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**Solution:** Create decision tree:
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- Developer on Windows → LOCAL-DEV-SETUP.md
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- Ops deploying to prod → (DOESN'T EXIST YET - need simplified guide)
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- Custom development → DOCKER-SETUP.md
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- Backup questions → scripts/backup/README.md
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### Missing Guides
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- **PRODUCTION-DEPLOY.md** - Step-by-step for operations (IIS or Docker pull)
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- **QUICK-START.md** - 5-minute version for evaluation
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- **TROUBLESHOOTING.md** - Common issues, not scattered across files
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- **UPGRADE-GUIDE.md** - How to update between versions
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## What We Did Today (Honest Assessment)
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✅ **Merged wilm→wj** - 98 commits, wilm features now in wj
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✅ **Fixed local dev** - `run_dev.py` works for Windows development
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✅ **Documented Docker** - Comprehensive but too complex
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✅ **Added backup docs** - System works but needs expertise
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⚠️ **Docker "production ready"** - Technically works, operationally complex
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❌ **Simple deployment** - Still requires too many manual steps
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## Next Steps (Priority Order)
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### Immediate (This Week)
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1. **Create QUICK-START.md**
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- 5-minute eval version
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- Uses pre-built image (if available) OR local dev
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- Gets people to working system fast
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2. **Test Windows Installer**
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- Build installer for wj branch
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- Deploy to test Windows Server
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- Document any issues
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3. **Create deployment decision tree**
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- Flowchart: what's my situation → which method to use
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- Don't make users read 4 docs to figure out where to start
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### Short Term (Next Sprint)
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4. **Set up CI/CD for image builds**
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- GitHub Actions or Jenkins
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- Build on every push to wj
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- Push to internal registry
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5. **Create `deploy.sh` script**
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- One command: `./deploy.sh --env prod`
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- Handles certs, plugins, migrations automatically
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6. **Simplify backup system**
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- Add "simple mode" - just mysqldump + tar
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- Keep restic for advanced sites
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- Document tradeoffs
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### Long Term (Next Month)
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7. **Auto-plugin detection**
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- Boot-time schema scan
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- No manual `apply-profile`
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8. **Consolidate documentation**
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- One entry point
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- Clear paths for each audience
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- Tested by someone who hasn't seen the system
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## Conclusion
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**Is ShopDB production-ready?**
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- **The code:** Yes, it's solid
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- **Docker source build deployment:** No, too complex
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- **Windows installer deployment:** Yes, with improvements
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- **Docker pre-built images deployment:** Yes, but needs CI/CD setup
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**Bottom line:** The application is mature. The deployment story needs work. Focus should shift from "making Docker work" to "making deployment simple."
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**Recommendation:** Invest 2-3 weeks in deployment automation (CI/CD, pre-built images, deploy.sh) rather than continuing to document complex manual processes.
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91
start-docker-full.sh
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start-docker-full.sh
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#!/bin/bash
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# Start complete ShopDB Docker stack with backup system
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# This script brings up the full stack including the backup watcher
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set -e
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echo "==> Starting ShopDB Full Docker Stack"
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echo ""
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# Check if .env exists
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if [ ! -f .env ]; then
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echo "ERROR: .env file not found. Copy .env.docker-dev to .env first."
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exit 1
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fi
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# Check if certs exist
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if [ ! -f certs/server.crt ] || [ ! -f certs/server.key ]; then
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echo "ERROR: TLS certificates not found in certs/"
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echo "Generate them with:"
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echo " cd certs && openssl req -x509 -newkey rsa:2048 -nodes -keyout server.key -out server.crt -days 365 -subj '//CN=localhost'"
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exit 1
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fi
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# Build if needed
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echo "==> Building images (if needed)..."
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docker compose build
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# Start base stack + backup services
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echo "==> Starting services (db, api, backup-store, backup-watcher)..."
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docker compose -f docker-compose.yml -f docker-compose.backup.yml --profile backup up -d
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# Wait for services to be healthy
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echo ""
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echo "==> Waiting for services to be ready..."
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sleep 10
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# Check status
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echo ""
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echo "==> Service Status:"
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docker compose ps
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# Initialize database if needed
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echo ""
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echo "==> Running database migrations..."
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docker compose exec api flask db upgrade || true
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# Check if plugins are installed
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echo ""
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echo "==> Checking plugin installation..."
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PLUGIN_COUNT=$(docker compose exec -T api flask plugin list 2>/dev/null | grep -c "^\s\+\w" || echo "0")
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if [ "$PLUGIN_COUNT" -lt 10 ]; then
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echo "==> Installing all plugins..."
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docker compose exec api flask plugin apply-profile deploy/site-profile-universal.json
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else
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echo "==> Plugins already installed ($PLUGIN_COUNT found)"
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fi
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echo ""
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echo "==================================="
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echo "ShopDB Docker Stack is running!"
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echo "==================================="
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echo ""
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echo "Access ShopDB at: https://localhost:5001"
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echo ""
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echo "Services:"
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echo " - MySQL Database: db (port 3306 internal)"
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echo " - Flask API: api (https://localhost:5001)"
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echo " - Backup Store: backup-store (isolated)"
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echo " - Backup Watcher: backup-watcher (polls every ${BACKUP_POLL_SECONDS:-30}s)"
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echo ""
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echo "Volumes:"
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echo " - db_data: MySQL database"
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echo " - instance_data: Uploaded files, plugin state"
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echo " - backup_data: Backup sets"
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echo " - backupstore_data: Restic repository"
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echo ""
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echo "Next steps:"
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echo " 1. Browse to https://localhost:5001 (accept self-signed cert warning)"
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echo " 2. Login as 'admin' (reset password if needed)"
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echo " 3. Go to Settings > Plugins to enable plugins"
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echo " 4. Go to Settings > Backups to test backup system"
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echo ""
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echo "To view logs:"
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echo " docker compose logs -f api"
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echo " docker compose logs -f backup-watcher"
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echo ""
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echo "To trigger a backup:"
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echo " - Via UI: Settings > Backups > 'Back Up Now'"
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echo " - Via CLI: docker compose run --rm backup"
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echo ""
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Block a user