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Operations starter

Harbor

A calm operations console for coordinating projects, tasks and team work.

Live on VuraUpdated

Incident quick actions update visible controls and activity; restored saved views are validated and deduplicated. The industrial console is compact on mobile and remains a browser-local simulation.

Public sourceBUILD.mdOpen verified demo ↗In-app build guide
Harbor: actual released desktop product view after the shared typography refinement.
Preview captured · Explore the product ↗

Build phase

  1. PlannedComplete
  2. BuildingComplete
  3. Local checks passedComplete
  4. In reviewComplete
  5. Live on VuraCurrent phase

This tracks the recorded release phase. The checks below include later findings and ongoing refinements.

Product scope and intended patterns

The following describes the intended reference. Features are not a verification claim; recorded check results below define what has actually been tested.

Client-rendered application served from explicit static route entries; browser-local state, not a shared server database.

Learning journal

How to read this starter

Harbor is an operations console reference for filters, incident overrides, saved views, activity logs and routeable detail pages.

Source map

Operations store

src/state/ops.js

Module signals hold overrides, filters, saved views, log entries and save status.

Routes

src/routes.js

The app includes overview, incidents, services, deploys, activity, build and incident-detail routes.

Build page

src/pages/Build.jsx

The in-app guide names local-only persistence and generated static aliases.

Reactive incident detail

src/pages/IncidentDetail.jsx

The route id is stable setup; the current merged incident is read through an accessor for selects, severity and quick actions.

Responsive application stylesheet

src/styles.css

The incident detail grid uses start alignment with shared heading and control scales.

Code patterns worth copying

Layer local overrides over seed incidents

src/state/ops.js

The seed incident data stays unchanged; user edits live in a separate signal keyed by incident id.

export const mergedIncidents = computed(() => incidents.map((incident) => ({ ...incident, ...(incidentOverrides()[incident.id] || {}) })));

Compute deploy risk display once

src/state/ops.js

The UI receives risk tone and bounded meter style from one computed read model instead of rebuilding thresholds in cards.

export const deployRollups = computed(() => deploys.map((deploy) => ({
  ...deploy,
  serviceName: serviceName(deploy.serviceId),
  linkedIncidents: mergedIncidents().filter((incident) => incident.serviceId === deploy.serviceId && incident.status !== 'resolved').length,
  tone: deployRiskTone(deploy.risk),
  meterStyle: riskMeterStyle(deploy.risk)
})));

Capture identity, not the changing incident

src/pages/IncidentDetail.jsx

A run-once component can capture a stable route id; editable record reads belong in an accessor used by reactive bindings.

const incidentId = route.params.id;
  const incident = () => mergedIncidents().find((entry) => entry.id === incidentId);

Use the shared stylesheet on application routes

src/styles.css

The incident detail grid uses start alignment with shared heading and control scales.

.detail-grid {
  display: grid;
  grid-template-columns: minmax(260px, 0.8fr) minmax(300px, 1.2fr);
  gap: 1rem;
  align-items: start;
}

Real issues and fixes

Duplicated dashboard metrics weakened the first screen

Problem
The status strip repeated the same operational counts as the main KPI grid, while deploy risk appeared as plain integers.
Fix
Keep the strip for demo/storage context and compute risk tone plus meter CSS variables in deployRollups.
Proof
The dashboard renders service rollups, owner load, and deploy meters from computed read models.
Takeaway
Dashboards feel sharper when each region owns a distinct decision, not the same number in a different box.

LocalStorage can fail in privacy or embedded contexts

Problem
An operations demo cannot crash when the browser denies storage.
Fix
safeLoad catches malformed reads, persistSnapshot catches denied writes and the UI reports session-only state.
Proof
The store keeps operating from seed state even when persistence cannot be used.
Takeaway
Local persistence should be a capability, not a prerequisite for routeable app behavior.

Run-once detail setup captured yesterday’s record

Problem
Quick actions updated incident overrides and storage while detail controls and severity still displayed the original object.
Fix
Capture only incidentId in setup, read the current merged incident through an accessor, and disable already-applied quick actions. Name saved views by severity/status/owner and deduplicate matching combinations.
Proof
Browser regressions apply quick actions and verify visible controls/rail, recognizable legacy views and a single saved view per filter combination.
Takeaway
A signal update cannot refresh a record sampled once during component setup.

Short detail panels should not stretch to long content

Problem
Default grid stretching can turn a compact status panel into a tall empty surface beside a long incident timeline.
Fix
Align incident detail grid items to start so each panel follows its own content height.
Proof
The .detail-grid source rule includes align-items: start; local style checks include incident detail routes.
Takeaway
Use content-fit alignment where adjacent panels have different amounts of information.

What went smoothly

  • Incident overrides are layered over immutable fixtures, so reset and filtering are simple to reason about.
  • Computed rollups keep summary cards, service health and deploy risk synchronized with the same incident state.
  • The override read model already joined fixtures and edits; the repair moved reads to the right boundary without changing incident storage.
  • Incident detail panels align to their own content so a short status form does not stretch beside a long timeline; cyan status and risk readouts retain their roles.

Boundaries to preserve

  • Harbor edits are local simulation state, not shared incident-management storage.
  • No real service monitors, deploy systems or alert feeds are connected.

Verification record

Build journal

  1. · Live on Vura

    Shared typography release captured from production

    Published shared typography and responsive control refinements are tied to the exact live deployment and source revision. Actual released captures replace the previous gallery preview; existing product behavior and source-grounded lessons are retained.

  2. · Live on Vura

    Product-depth iteration released and exercised

    Incident quick actions update visible controls and activity; restored saved views are validated and deduplicated. The industrial console is compact on mobile and remains a browser-local simulation.

  3. · Live on Vura

    Reviewed source ready for release verification

    Unique product identities and deeper workflows are implemented and independently reviewed. Existing releases remain accessible while new source is published and fresh deployments are exercised.

  4. · Live on Vura

    Product-depth iteration in progress

    Repairing stale incident controls after saved quick actions and making saved filters distinguishable. The current source and deployment links still identify the previous verified release.

  5. · Live on Vura

    Live corrections verified after independent follow-up

    The operations console now foregrounds its queue, status colors and data-backed risk/load meters; incident titles and severity rails have readable spacing.

  6. · Live on Vura

    Design refinement released for live workflow review

    The operations console now foregrounds its queue, status colors and data-backed risk/load meters; incident titles and severity rails have readable spacing.

  7. · Live on Vura

    Independent live design review started

    The existing public app remains available while a new design review examines hierarchy, typography, navigation and workflow clarity. Actual findings and before/after repairs will be recorded as they are verified.

  8. · Live on Vura

    Hosted reference rechecked after documentation review

    Public source, green CI and the live app were checked together after the clean-machine documentation pass. Lessons and limitations now reflect the implemented code rather than pending pre-release work.

  9. · Live on Vura

    Final source and CI checkpoint verified

    The public source and build reference match the released learning journal, and the source workflow is green. The demo remains live at the same verified deployment; README and CI-only refinements did not change application code.

  10. · Live on Vura

    Clean-machine browser setup documented

    The README installs the locked Chromium and WebKit engines after npm ci. Linux CI uses the matching official browser image, avoiding repeated cold browser downloads. These source-only changes leave the hosted application unchanged.

  11. · Live on Vura

    Cross-platform verification refinement

    The mobile CI job now installs its configured WebKit engine and allows the cold browser setup to complete; application behavior and the hosted artifact are unchanged.

  12. · Live on Vura

    Public template and Vura release

    The reviewed implementation is available from its independent repository and real hosted URL. Detailed code examples and actual repair notes are linked below.

  13. · In review

    Design review cleared; release verification underway

    The local implementation is complete and revised visual evidence has passed review. Source and demo links will appear only after publication and hosted verification.

  14. · In review

    Local implementation ready for review

    The first implementation is available locally. It is not yet a published source reference or a verified Vura deployment.

Implementation lessons

Known limitations

Remaining work and blockers

No release blockers are recorded for this snapshot.

Using this as an agent reference

Read the public README and BUILD.md, reproduce the recorded checks and inspect the source before adapting the starter. A live demo, where available, provides separate deployed evidence.

Agent workflowSignalsEffectsGlobal stateRouting