← thumbrise

The Deathbook

A ledger of ecosystem gaps

Every GAP gets an entry. Every entry eventually gets crossed out.

Tools emerge from tools. Problems birth solutions that birth new problems that birth new solutions. autosolve needed retry — resilience was born. resilience needed multi-module releases — multimod was born. multimod needed repo setup — ghset was born. The deathbook gets thicker. The pattern repeats.

The Tree

  
graph TD  
    A["autosolve"] --> B["resilience"]  
    A --> G["otelext"]  
    B --> C["multimod"]  
    B --> H["event system redesign"]  
    B --> I["fallback sub-package"]  
    B --> J["lifecycle hooks"]  
    C --> D["version-bumper"]  
    C --> E["ghreleaser"]  
    C --> F["ghset"]  
  
    style A stroke-width:2px  
    style B stroke-width:2px  
    style C stroke-width:2px  
    style F stroke-width:2px  
    style G stroke-width:2px

The Ledger

# GAP Born inside Status Primitive Artifacts
1 Resilience patterns in Go autosolve Extracted → thumbrise/resilience func(ctx, call) error Devlog #1 · Do Primitive · RFC-002
2 Task runner lifecycle hooks resilience Documented, waiting BeforeAll / phases —
3 Multi-module management resilience Extracted → thumbrise/multimod Discovery → State → Applier Devlog #3 · Migration · RFC-001
4 Version bumping from commits multimod Planned version-bumper RFC-001 §4
5 GitHub Release creation multimod Planned ghreleaser RFC-001 §4
6 Declarative repo settings multimod Extracted → thumbrise/ghset describe → YAML → init Docs
7 Reusable OTEL extensions autosolve Extracted → thumbrise/otelext SDK helpers README
8 Generic event system resilience RFC written, not implemented Emit(ctx, any) + Listener RFC-002 §Phase 2
9 Fallback sub-package resilience RFC written, not implemented fallback.To(fn) RFC-002 §Phase 1

Each entry follows the same script: concrete pain → honest research → minimal primitive → extract when ready. The bold entries have shipped code. The rest have RFCs or documented plans. Nothing is hand-waved.