jester/knowledge-base
1
0
Fork 0
Code Issues Pull Requests Actions Packages Projects Releases Wiki Activity
main
knowledge-base/ZeroLagHub_Complete_Current_State_Dec7.md

18 KiB
Raw Permalink Blame History

🎯 ZeroLagHub - Complete Current State (December 7, 2025)

Last Updated: December 7, 2025 (End of Day)
Version: Strategic + Tactical Integration
Status: 85% Launch Ready + Active Development Sprint

📊 Executive Summary

Platform Status: OPERATIONAL ✅

Core Achievement: All 6 Minecraft variants provisioning successfully via Go agent with self-repair verification system.

Launch Readiness: 85% complete

  • ✅ Provisioning pipeline: 100% operational
  • ✅ All MC variants: Working (Vanilla, Paper, Purpur, Fabric, Forge, NeoForge)
  • ✅ DNS automation: Cloudflare + Technitium + Velocity
  • ⚠️ UX features: Need WebSocket, crash protection, disk monitoring
  • 📋 Dev containers: Spec defined, implementation starting

Current Sprint: Dev containers → EdgeState → DNS reliability → Reconciliation

🎯 Two Perspectives on Current State

🏗️ Strategic View (Business/Architecture)

  • Launch decision point: NOW vs +1 week vs +1 month
  • 9.75x revenue multiplier validated
  • Developer-to-player pipeline is differentiator
  • LXC 20-30% performance advantage over Docker

⚙️ Tactical View (Engineering/Implementation)

  • All variants DONE ✅
  • Directory normalization IN PROGRESS 🟧
  • Dev containers NEXT PRIORITY 🟦
  • EdgeState + DNS reliability on deck 🟦

Integration: Strategic launch readiness aligns with tactical sprint completion

🟩 Engineering Kanban (Today's State)

DONE ✅

Agent Provisioning:

  • ✅ Agent async provisioning (/config → goroutine)
  • ✅ Vanilla install working
  • ✅ Paper install working
  • ✅ Purpur install working
  • ✅ Fabric fixed (fabric-server.jar naming)
  • ✅ Forge working (run.sh, java patching)
  • ✅ NeoForge working
  • ✅ Agent → API RUNNING signal fixed
  • ✅ Improved detectMinecraftReady()
  • ✅ Java symlink validation
  • ✅ Self-repair logic for MC variants

Edge Publishing:

  • ✅ Cloudflare DNS creation working
  • ✅ Technitium DNS creation working
  • ✅ Velocity registration working

IN PROGRESS 🟧

  • 🟧 Directory normalization (/opt/zlh/<game>/<variant>/world)
  • 🟧 Final cleanup of verify.go edge cases
  • 🟧 Reduction of false negatives in READY detection

TODO – NEXT PRIORITY 🟦

  1. 🟦 Dev container provisioning spec
  2. 🟦 Dev container template creation (6000-series)
  3. 🟦 Dev provisioning flow (Agent + API)
  4. 🟦 EdgeState schema (record ID tracking)
  5. 🟦 DNS deletion reliability (use record IDs)
  6. 🟦 Velocity deregistration correctness
  7. 🟦 Reconcile job (hourly or on-demand)

BACKLOG 🟥

  • 🟥 WebSocket push events (Agent → API) [Launch Critical]
  • 🟥 Installer progress reporting (%) [UX Enhancement]
  • 🟥 Minecraft modpack installer
  • 🟥 Multi-world support
  • 🟥 Template auto-updater
  • 🟥 Prometheus observability pipeline

📅 Sprint Plan (Next 3 Days)

DAY 1 – Dev Containers (Dec 8)

Objective: Enable developer environment provisioning

Tasks:

  • Define dev container purpose / toolchain
  • Build Template 6000-series base image
  • Agent: dev provisioning flow
  • API: dev instance provisioning support
  • Validate network & ports

Success Criteria: Can provision Python/Node/Go dev environment

DAY 2 – DNS & Edge Publishing Reliability (Dec 9)

Objective: Fix Cloudflare SRV deletion problem

Tasks:

  • Implement EdgeState (record IDs tracked)
  • Update delete logic to use record IDs (not hostname inference)
  • Regression test: create → delete → recreate

Success Criteria: Zero orphaned DNS records after deletion

DAY 3 – Reconcile & Hardening (Dec 10)

Objective: Self-healing infrastructure

Tasks:

  • Reconcile job for DB ↔ Proxmox ↔ DNS ↔ Velocity
  • Automated recovery for partial installs
  • Final ready detection tuning
  • Regression test suite

Success Criteria: System auto-heals from partial failures

🔄 Complete System Lifecycle

┌─────────────────────────────────────────────────────────────┐
│                    API (Node.js v2)                         │
│                                                             │
│  1. POST /api/instances                                     │
│     ├─ Allocate VMID (sequential)                          │
│     ├─ Reserve ports (if needed)                           │
│     ├─ Clone LXC from template (VMID 800)                  │
│     ├─ Configure container (IP, resources)                 │
│     ├─ Start LXC                                           │
│     └─ Detect IP (10.200.0.X)                              │
│                                                             │
│  2. POST /config (to agent)                                │
│     └─ Payload: {game, variant, version, ports, ...}       │
└──────────────────────┬──────────────────────────────────────┘
                       │
                       ▼
┌─────────────────────────────────────────────────────────────┐
│               AGENT (Go, inside LXC)                        │
│                                                             │
│  3. Save payload.json                                       │
│  4. Spawn install goroutine (async)                        │
│     └─ ensureProvisioned(cfg)                              │
│        ├─ Check cache (/opt/zlh/artifacts/)                │
│        ├─ Install files (download + extract)               │
│        └─ Verify + self-repair                             │
│           ├─ verifyMinecraftInstallOnce()                  │
│           │  ├─ verifyJavaSymlink()                        │
│           │  ├─ verify server.jar (vanilla-like)           │
│           │  ├─ verify start.sh                            │
│           │  └─ or verify forge layout                     │
│           └─ correctMinecraftInstall()                     │
│              ├─ ensureJavaSymlink()                        │
│              ├─ ensureScriptsPatched()                     │
│              └─ chmod +x start.sh                          │
│                                                             │
│  5. StartServer(cfg)                                        │
│     └─ Execute start.sh                                    │
│                                                             │
│  6. detectMinecraftReady()                                  │
│     └─ Parse server.log for "Done" pattern                 │
│                                                             │
│  7. Set state = RUNNING                                     │
│     └─ API polls GET /status until RUNNING                 │
└──────────────────────┬──────────────────────────────────────┘
                       │
                       ▼
┌─────────────────────────────────────────────────────────────┐
│              API (Post-Provisioning)                        │
│                                                             │
│  8. Save ContainerInstance to DB                           │
│  9. Commit port allocation                                 │
│ 10. Publish DNS/SRV records                                │
│     ├─ Cloudflare: A + SRV (store record IDs)             │
│     └─ Technitium: A + SRV                                 │
│ 11. Register with Velocity                                 │
│     └─ POST to ZpackVelocityBridge plugin                  │
│                                                             │
│ 12. Return SUCCESS to user                                 │
└─────────────────────────────────────────────────────────────┘
                       │
                       ▼
                  COMPLETE ✅
        Player can connect: server.zpack.zerolaghub.com

🎮 Minecraft Variant Status Matrix

Variant Install Verify Self-Repair Start Ready Detection Status
Vanilla ✅ ✅ ✅ ✅ ✅ PRODUCTION
Paper ✅ ✅ ✅ ✅ ✅ PRODUCTION
Purpur ✅ ✅ ✅ ✅ ✅ PRODUCTION
Fabric ✅ ✅ ✅ ✅ ✅ PRODUCTION
Forge ✅ ✅ ✅ ✅ ✅ PRODUCTION
NeoForge ✅ ✅ ✅ ✅ ✅ PRODUCTION

Supported Versions: 1.12.2, 1.16.5, 1.18.2, 1.19.2, 1.20.1, 1.21.x

🛠️ Troubleshooting Guide (Per Variant)

Vanilla / Paper / Purpur

Common Issues:

  • Missing server.jar → Download failure, re-provision
  • Non-executable start.sh → Auto-repaired by agent
  • Log delay causing READY timeout → Improved detection logic

Self-Repair: Automatically fixes permissions, validates Java symlink

Fabric

Common Issues:

  • Installer creates fabric-server-launch.jar not server.jar
  • Agent expects fabric-server.jar naming
  • Self-repair renames to server.jar for consistency

Self-Repair: Finds fabric jar and renames to standard name

Forge / NeoForge

Common Issues:

  • Uses run.sh instead of server.jar
  • Java version mismatch (17 vs 21)
  • Long startup time (60-90s for READY)

Self-Repair:

  • Patches run.sh with correct Java path
  • Ensures executable permissions
  • Extended timeout for READY detection

Detection: Parses for "Done" message in logs

🎯 What's Working (90%)

Provisioning Pipeline ✅

API Orchestration:

  • VMID sequential allocation
  • LXC cloning from template 800
  • IP detection (10.200.0.X)
  • Agent configuration delivery

Agent Execution:

  • Async provisioning (goroutine)
  • Multi-variant installation
  • Self-repair + verification
  • RUNNING state reporting

Edge Publishing:

  • Cloudflare A + SRV records
  • Technitium internal DNS
  • Velocity proxy registration

What's Nearly Done (5%)

🟧 Directory Normalization:

  • Standardizing /opt/zlh/<game>/<variant>/world
  • Ensuring consistency across variants

🟧 Verification Edge Cases:

  • Reducing false negatives in READY detection
  • Improving self-repair robustness

What's Next (5%)

🟦 Dev Containers:

  • Spec defined, implementation starting
  • Timeline: 1 day sprint

🟦 EdgeState Schema:

  • Track Cloudflare record IDs
  • Fix DNS deletion reliability
  • Timeline: 1 day sprint

🟦 Reconciliation:

  • Auto-heal partial failures
  • Detect orphaned resources
  • Timeline: 1 day sprint

🚨 Known Bugs (Non-Blocking)

Agent Bugs (System Works, But...)

  1. Forge server.jar Glob Logic (artifacts.go lines 112-116, 147-151)

    • Issue: Tries to find *server.jar but Forge ≥1.17 doesn't create this
    • Fix: Remove glob/rename logic (Forge uses run.sh + libraries/)
    • Impact: Unnecessary code, no functional impact
    • Priority: Low (cleanup)

  2. ensureProvisioned() Fallthrough (agent.go lines 155-171)

    • Issue: After Forge check, falls through to check server.jar
    • Fix: Add else to prevent fallthrough
    • Impact: Minor efficiency issue
    • Priority: Low (optimization)

  3. Forge Stop Command Exclusion (process.go line 83)

    • Issue: Excludes Forge from receiving stop command
    • Fix: Remove exclusion (Forge accepts stop commands)
    • Impact: Requires manual workaround
    • Priority: Medium (UX)

Platform Gaps (Launch Blockers for Public Release)

  1. WebSocket Console Streaming 🔴

    • Current: HTTP polling
    • Needed: Real-time streaming
    • Why: Industry standard, competitive requirement
    • Effort: 4-6 hours

  2. Crash Loop Protection 🔴

    • Current: Immediate restart
    • Needed: Exponential backoff (5s, 10s, 15s), stop after 3 crashes
    • Why: Prevent resource thrashing
    • Effort: 2 hours

  3. Disk Space Monitoring 🔴

    • Current: No checks
    • Needed: Alert <1GB, prevent start if insufficient
    • Why: Prevent world corruption
    • Effort: 1 hour

🎯 Glossary of Moving Parts

Component Description Status
Agent Go service handling provisioning, verification, server lifecycle ✅ Production
ProvisionAll() Downloads & extracts variant runtime ✅ Working
verify.go Multi-variant validation + auto-repair ✅ Working
detectMinecraftReady() Parses log for READY state ✅ Improved
provisionAgentInstance() Main API orchestration entrypoint ✅ Working
Velocity Plugin ZpackVelocityBridge for proxy routing ✅ Operational
Edge Publisher Updates Cloudflare + Technitium + Velocity ✅ Create working, ⚠️ Delete needs IDs
VMID Allocator Prevents ID collisions ✅ Working
PortAllocatorService Dynamic per-VM port pool management ✅ Working
Agent Template Golden LXC (VMID 800) containing agent + deps ✅ Production
Directory Spec /opt/zlh/<game>/<variant>/world 🟧 In progress
EdgeState DNS record ID tracking table 🟦 TODO
Dev Containers Developer environment provisioning 🟦 Next sprint

📈 Launch Readiness Matrix

Core Platform (100% ✅)

  • ✅ Container orchestration
  • ✅ Multi-variant provisioning
  • ✅ Network routing
  • ✅ DNS automation
  • ✅ Velocity proxy
  • ✅ Control commands
  • ✅ Self-repair system

Operational Features (70% ⚠️)

  • ✅ Log tailing (HTTP)
  • ✅ Crash detection
  • ❌ WebSocket console (need)
  • ❌ Crash backoff (need)
  • ❌ Disk monitoring (need)

Developer Platform (10% 🟦)

  • 🟦 Dev containers (starting)
  • 📋 Revenue sharing (future)
  • 📋 Referral system (future)

File Management (0% 🟥)

  • 🟥 Upload/download
  • 🟥 Backup/restore
  • 🟥 World management

🚀 Launch Decision Framework

Option A: Launch Beta NOW

  • Status: 85% ready
  • Timeline: Today
  • Includes: All MC variants, basic controls
  • Missing: WebSocket, crash protection, disk monitoring
  • Risk: Higher support burden
  • Target: 10-20 beta testers only
  • Recommendation: ⚠️ Acceptable for closed beta

Option B: +3 Days (Dev Containers + Critical Features) ⭐

  • Status: 95% ready
  • Timeline: December 10, 2025
  • Includes: Dev containers + WebSocket + crash + disk
  • Sprint Plan: Already defined (see above)
  • Risk: Minimal delay, professional launch
  • Target: 50-100 early adopters
  • Recommendation: ✅ BEST OPTION - completes 3-day sprint

Option C: +1 Week (Full Feature Parity)

  • Status: 98% ready
  • Timeline: December 14, 2025
  • Includes: Everything + file management + backups
  • Risk: Feature creep, slower to market
  • Target: Public launch
  • Recommendation: ⚠️ Over-engineering, diminishing returns

🎯 Strategic Recommendation

Recommended Path: Option B (+3 Days)

Why:

  1. Dev Containers: Core business differentiator, must have
  2. WebSocket Console: Industry standard, competitive requirement
  3. Crash Protection: Operational stability, prevent disasters
  4. Disk Monitoring: Data safety, prevent corruption
  5. Sprint Alignment: Already planned as 3-day sprint

Timeline:

  • Dec 8: Dev containers implementation
  • Dec 9: EdgeState + DNS reliability
  • Dec 10: Reconciliation + hardening
  • Dec 11: Soft beta launch (50-100 users)
  • Dec 14: Public launch (if beta successful)

Outcome: Professional launch with developer platform operational

📋 Next Session Priorities

For Claude (Architecture)

  1. Review dev container architecture
  2. Validate EdgeState schema design
  3. Assess launch timing decision
  4. Plan developer acquisition strategy

For Ceàrd (Implementation)

  1. Execute Day 1 sprint (dev containers)
  2. Fix 3 Go agent bugs
  3. Implement EdgeState schema
  4. Build reconciliation job

Integration Points

  • Dev container network isolation (DEV_LAN)
  • EdgeState model integration with existing DB
  • Reconciliation job scheduling (cron vs manual)
  • DNS deletion reliability (critical for operations)

✅ Today's Accomplishments Summary

Major Achievements:

  • ✅ All 6 MC variants fully operational
  • ✅ Verification + self-repair system working
  • ✅ Agent → API RUNNING signal reliable
  • ✅ Cloudflare + Technitium + Velocity integration complete
  • ✅ Dev container roadmap defined
  • ✅ 3-day sprint plan created
  • ✅ Launch decision framework established

Technical Debt Identified:

  • 3 non-blocking Go agent bugs
  • EdgeState schema not yet migrated
  • DNS deletion needs record ID tracking
  • Reconciliation job needed for self-healing

Strategic Progress:

  • Business model validated (9.75x multiplier)
  • Developer platform architecture defined
  • Competitive position assessed
  • Launch timeline options clarified

📞 Session Continuity

Resume Point: Platform 85% complete, 3-day sprint defined

Blocking Tasks: None (system operational)

Next Priority: Dev containers (Day 1 of sprint)

Key Insight: You've successfully built a working platform. Remaining work is polish (WebSocket, crash, disk) and strategic features (dev containers, revenue pipeline).

Decision Required: Launch beta NOW or complete 3-day sprint first?

Recommendation: Complete 3-day sprint (Option B) - dev containers are business differentiator, critical features are competitive requirements.

🚀 Ready to execute 3-day sprint or launch beta - your call.