Hartmut
4a5edeef3e
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- @capakraken/* → @nexus/* across 12 packages (root + 11 workspaces),
1551 import lines migrated via codemod
- User-visible brand strings renamed (emails, page titles, PWA
manifest, mobile header, MFA backup-codes header, tooltips, signin
page, invite page, weekly digest, install prompt)
- TOTP issuer "CapaKraken" → "Nexus" (existing secrets still valid;
re-enrollment relabels them in users' authenticator apps)
- Function rename: assertCapaKrakenDbTarget → assertNexusDbTarget
- LocalStorage migration shim in apps/web/src/app/layout.tsx copies
capakraken_* → nexus_* on first load (guarded by nexus_migrated_v1
sentinel; runs once per browser, then never again)
- Service-worker cache name capakraken-v2 → nexus-v2 with one-time
caches.delete('capakraken-v2') from the same shim
- Email-domain fixtures @capakraken.{dev,app} → @nexus.{dev,app} in
seed data, e2e specs, SMTP default fallback
- Dockerfile.dev / Dockerfile.prod / all .github/workflows/*.yml
pnpm --filter @capakraken/* → @nexus/*
- README, CLAUDE.md, LEARNINGS.md, all docs/*.md, .env.example,
tooling/deploy/.env.production.example brand sweep
Phase 1 deliberately leaves untouched (handled in Phase 3 cutover):
- PostgreSQL DB name "capakraken" and POSTGRES_USER "capakraken"
- Volume names capakraken_pgdata etc.
- Compose project name "capakraken" / "capakraken-prod"
- db-target-guard default expectedDatabase
- env-var CAPAKRAKEN_EXPECTED_DB_NAME
- Container DNS names in docker-compose.ci.yml
Quality gates green: pnpm typecheck (7/7), pnpm test:unit (7/7),
pnpm lint (0 errors), check:exports/imports/architecture all pass.
Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com>
180 lines
7.9 KiB
Markdown
180 lines
7.9 KiB
Markdown
# Showcase Execution Batches
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**Date:** 2026-04-01
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**Purpose:** Canonical execution list for the remaining work to turn Nexus into a clean, deterministic, reviewable reference project for disciplined AI-assisted engineering.
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## How To Use This List
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- Work top to bottom unless a hard blocker forces resequencing.
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- Keep slices small enough to verify and commit cleanly.
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- Every touched slice must add at least one non-happy-path regression.
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- Do not broaden scope while the worktree is dirty.
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- A batch is done only when code, tests, and documentation for that slice are aligned.
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## Batch Status Legend
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- `todo`: not started
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- `active`: current execution lane
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- `blocked`: waiting on a hard external dependency or product decision
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- `done`: implemented, verified, and committed
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## Batch 1: Timeline Stability And Interaction Discipline
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Status: `active`
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Why first:
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the timeline is the highest-risk UX surface and still not boringly reliable enough for the showcase goal.
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Progress note:
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- 2026-04-01: overlay cleanup on timeline `viewMode` changes and initial-loading transitions landed with targeted e2e regression coverage for allocation popovers across view switches.
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- 2026-04-01: viewport-change behavior was tightened so point-anchored timeline popovers close on scroll/resize, while element-anchored hover cards remain repositionable; the viewport regression now passes with a non-happy-path e2e.
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- 2026-04-01: active timeline gestures now cancel on window blur / hidden-tab transitions instead of leaving drag or resize state stranded; regression coverage verifies a mid-resize focus loss reverts the preview and allows the next interaction to proceed cleanly.
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- 2026-04-01: timeline SSE reconnect now performs a one-shot catch-up invalidation on the next successful `onopen`, so missed updates during disconnects do not leave the timeline stale until a later event arrives.
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- 2026-04-01: timeline SSE now pauses while the tab is hidden and reconnects with a one-shot resync after visibility returns, which reduces background reconnect churn without trusting missed live events to self-heal.
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Slices:
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- `todo` stabilize popover and hover behavior across scroll, resize, reload, and view switches
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- `todo` verify drag, resize, and selection interactions do not compete under rapid input changes
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- `todo` verify SSE first-load, reconnect, and live-update behavior under churn
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- `todo` close explicit edge/failure test gaps in timeline e2e and targeted component tests
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- `todo` continue shrinking [TimelineView.tsx](/home/hartmut/Documents/Copilot/nexus/apps/web/src/components/timeline/TimelineView.tsx) into narrower ownership units without changing behavior
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Done criteria:
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- timeline overlays stay anchored under scroll and resize
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- timeline view switching and first-load state are deterministic
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- drag and selection paths remain stable under quick repeated interactions
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- SSE reconnects do not leave stale or empty timeline state
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- touched timeline slices have non-happy-path regression coverage
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## Batch 2: Holiday/Vacation Parity And Explainability
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Status: `todo`
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Why next:
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it is a cross-cutting correctness area that benefits from the same deterministic test discipline without expanding architecture too early.
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Slices:
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- `todo` identify remaining parity gaps between API, UI, assistant, widgets, and exports
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- `todo` unify holiday- and vacation-aware forecast derivations where outputs still diverge
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- `todo` standardize compact vs detailed explainability surfaces
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- `todo` add regression coverage for mismatch and boundary scenarios, not only nominal calculations
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Done criteria:
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- the same holiday and vacation basis is visible across all user-facing surfaces
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- explainability is consistent and concise by default
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- parity is backed by targeted cross-surface tests
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## Batch 3: Resource Read Decomposition And Smaller Ownership Surfaces
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Status: `todo`
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Why next:
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this is the lowest-conflict structural cleanup explicitly called out as ready in the API backlog.
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Slices:
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- `todo` split resource read orchestration out of `resource-read-shared.ts` into focused read helpers without changing API contracts
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- `todo` keep router files thin and procedure-support focused
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- `todo` continue breaking down large frontend ownership surfaces, starting with [ProjectWizard.tsx](/home/hartmut/Documents/Copilot/nexus/apps/web/src/components/projects/ProjectWizard.tsx)
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- `todo` add focused tests around extracted helpers before broadening further
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Done criteria:
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- `resource-read-shared.ts` no longer acts as a monolithic read hotspot
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- extracted helpers have narrow responsibilities and direct tests
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- large frontend modules have smaller reviewable ownership seams
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## Batch 4: Notification, Task, And Broadcast Reliability Residuals
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Status: `todo`
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Why now:
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this is important operational hardening, but below timeline and read-surface cleanup in immediate risk.
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Slices:
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- `todo` identify remaining missing-reference and retry edge cases
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- `todo` stabilize error translation so failures stay domain-shaped and predictable
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- `todo` narrow orchestration helpers where the current flow still mixes concerns
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- `todo` add regression coverage for retry, missing-target, and partial-failure scenarios
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Done criteria:
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- reminder, task, and broadcast flows fail cleanly under race and retry conditions
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- errors stay stable for callers
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- touched orchestration surfaces are smaller and easier to review
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## Batch 5: CI Guardrails And Measurable Quality Gates
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Status: `todo`
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Why now:
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the goal is a reference project where quality is enforced by CI, not by memory or chat history.
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Slices:
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- `todo` add file-size or ownership-surface checks for the next critical hotspots
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- `todo` strengthen auth and permission regression coverage around sensitive routers
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- `todo` add package-level quality gates beyond generic pass/fail test runs
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- `todo` add bundle or route-size monitoring where growth risk is already known
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Done criteria:
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- CI fails on structural regressions, not only syntax and test failures
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- sensitive permission surfaces have explicit regression protection
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- critical source hotspots are under measurable guardrails
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## Batch 6: Operational Standardization
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Status: `todo`
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Why now:
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one production path and one rollback path are core to the showcase goal.
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Slices:
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- `todo` make Redis-backed rate limiting the intentional deployed default
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- `todo` document one deploy path and one rollback path with verification steps
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- `todo` finish runtime-secret and environment-backed configuration discipline
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- `todo` verify the documented path against the current CI/CD and deploy docs
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Done criteria:
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- production deployment and rollback are documented as single canonical flows
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- runtime config sources are explicit and consistent
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- operational defaults match the documented architecture
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## Batch 7: Reference Project Artifacts
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Status: `todo`
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Why last:
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these artifacts should capture the standards proven by the earlier technical batches.
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Slices:
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- `todo` add `docs/engineering-doctrine.md`
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- `todo` add `docs/ai-collaboration-standards.md`
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- `todo` document one exemplary frontend slice and one exemplary backend slice end to end
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- `todo` align those docs with the actual CI, testing, and ownership guardrails in the repo
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Done criteria:
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- the repository explains not only what was built, but how quality is maintained
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- AI-assisted collaboration standards are explicit, reviewable, and enforceable
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- at least two reference slices demonstrate the intended discipline end to end
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## Immediate Execution Order
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1. Batch 1: timeline stability and test closure
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2. Batch 2: holiday/vacation parity
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3. Batch 3: resource read decomposition
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4. Batch 5: CI guardrails
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5. Batch 4: notification/task/broadcast residuals
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6. Batch 6: operational standardization
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7. Batch 7: reference project artifacts
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## Working Notes
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- The demand/assignment migration itself is treated as complete and is not the active blocker anymore.
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- The current north star is showcase quality, deterministic behavior, and smaller ownership surfaces.
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- If a new bug appears in a P0/P1 UX surface, fix it before resuming lower-priority batches.
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