Frontend Audit

Perform a structured audit of frontend code against the project's established skills and design standards. The goal is actionable findings — not just a list of violations, but specific suggestions that reference the skill the developer should follow.

When This Skill Applies

• User asks to "audit", "review", "check", or "validate" any component, feature, or file
• User asks "is this correct?" or "does this follow our standards?" about code they share
• User wants to know what's wrong before submitting a PR
• User asks for a design review or UX check

Audit Workflow

Step 1: Gather Context

Before reading any files, ask the user for:

1. Scope: What do you want audited? (file path, feature name, or "whole project")
2. Design reference: Is there a Figma link, screenshots, or mockup to compare against? (optional)
3. Focus: Is there a particular concern? (e.g., "mostly the form", "just check the architecture")

If the user already shared code or a file path in their message, skip asking for scope.

Step 2: Read the Relevant Skills

Load the skills that apply to what you're auditing. Don't load all of them — load only what's relevant to the code in front of you:

Step 3: Read the Code

Read the files the user wants audited. For a feature folder, read:

• components/ files
• hooks/ files
• services/ files
• types/ and schemas/ if present

For a single component, read it fully.

Step 4: Design Audit (if design reference provided)

If the user provided a Figma link, screenshot, or mockup:

1. Layout match — Does the component structure match the design? Check section order, card grouping, spacing.
2. Color compliance — Are all colors from theme.palette tokens? Flag any hardcoded hex values or non-theme colors.
3. Typography — Are text styles using MUI variant tokens (h5, body1, caption, etc.)?
4. Component fidelity — Does the rendered output closely match the design? Note any missing UI elements.

Reference the frontend-theme skill for the exact palette tokens when reporting violations.

Step 5: Implementation Audit

Check each relevant category. For each finding, note:

• File and approximate line if possible
• What's wrong
• What it should be — and which skill to follow

Architecture

Read frontend-feature-architecture. Check:

• No route files inside features/ — route files (createFileRoute) belong only in src/routes/
• Files are in the correct subfolder (components/, hooks/, services/, types/, schemas/, constants/, utils/)
• Component names match their role (e.g., FeatureList.tsx, FeatureForm.tsx, FeatureDetail.tsx)
• index.ts exports are in place
• No cross-feature imports (features importing from other features)
• Nothing in core/ imports from features/

Coding Standards

Read react-standard. Check:

• Named exports (not default exports, except route components)
• All user-visible strings use useTranslation() — no hardcoded strings (full detail covered in Translation & i18n section)
• TypeScript: no any, proper interface/type definitions
• Import aliases used (@/shared, @/features, etc.)

Theme & UI

Read frontend-theme. Check:

• Colors use theme.palette tokens, not hardcoded hex
• SectionCard and InfoRow used for detail/info layouts
• Dark mode not broken (no hardcoded colors that don't invert)
• MUI Grid uses size prop — flag as Error for any of these (Grid2 is deprecated and removed in MUI v9):
  • Grid2 import (import Grid2 from '@mui/material/Grid2' or import { Grid2 }) — replace with import { Grid } from '@mui/material'
  • xs/sm/md/lg/xl props directly on <Grid> — replace with size={{ xs: ..., md: ... }}
  • item prop on <Grid> — remove it, use size prop instead
  • Fix: <Grid size={{ xs: 12, md: 6 }}>. See: react-standard skill.

Forms

Read frontend-tanstack-form. Check:

• Uses useAppForm, not raw useForm
• Field components are App* variants (AppTextField, AppSelect, etc.)
• Submit uses <form.SubmitButton>, not a raw MUI <Button type="submit">
• Form DOM scope is <form.AppForm> wrapping a <form> element
• Zod schema is defined and passed as validators

Tables

Read frontend-table-mrt. Check:

• Uses DataTable wrapper from @/shared/components/DataTable, not raw MaterialReactTable
• Column definitions use MRT_ColumnDef type
• Server-side pagination wired through manualPagination
• Row actions use the expected menu pattern

Data Fetching

Read frontend-tanstack-query. Check:

• Query keys defined as factory objects in the feature's constants file — not inline arrays
• useQuery / useMutation called from a custom hook, not directly in a component
• Mutations invalidate the right query keys after success
• staleTime is not overridden arbitrarily

Routing

Read frontend-tanstack-router. Check:

• Route files use createFileRoute — all live in src/routes/, never inside feature folders
• Search schemas imported from features/[feature]/schemas/[feature].schema.ts — never defined inline in route files
• Search params validated via validateSearch: zodValidator(featureSearchSchema) — schema uses fallback(z.number(), 1).default(1) pattern from @tanstack/zod-adapter
• Inside route component functions: Route.useSearch(), Route.useNavigate(), Route.useParams() — never bare useSearch({ from }), useNavigate(), or useParams({ from })
• Every beforeLoad on a layout route returns { breadcrumb: '...' } — create, edit, detail, and list pages all need a breadcrumb key
• Auth/permission guards use guardRoute(context.user, ['permission-key']) or guardAdmin(context.user) inside beforeLoad
• loader uses context.queryClient.ensureQueryData to prefetch on detail/edit pages
• routeTree.gen.ts is not manually edited
• Navigation uses Route.useNavigate() or <Link>, never window.location
• Router config includes scrollRestoration: true and user: undefined in context

Translation & i18n

Read frontend-i18n. Check:

• Every user-visible string (labels, placeholders, buttons, headings, snackbar messages) passes through t() — no hardcoded English or Lao strings anywhere in components
• useTranslation() is called at the top of any component that renders text; the t function is not imported as a raw utility and called outside a component
• Zod validation schemas use the factory function pattern: export const getFeatureSchema = (t: TFunction) => z.object({...}) — static schemas with hardcoded string messages are a violation
• Factory schemas are instantiated inside the component with const schema = getFeatureSchema(t) — not at module scope
• Every useMutation onError callback uses translateError(error) from useAPIErrorTranslator — not a raw string or error.message
• Option/select lists store translation keys as values and call t(opt.label) at render time — not hardcoded labels inline
• Translation key naming: camelCase, feature-level keys nest under feature name (ministries.createSuccess), shared labels under common.* or fields.*, errors under errors.{category}.{key}
• New business error codes are registered in useAPIErrorTranslator.ts AND added to both en/translation.json and lo/translation.json
• If a new validation.* key is needed that doesn't match an existing shared key, it's added to both translation files — not just one

Detail Pages

Read frontend-detail-page. Check:

• Hero section uses primary.main background with item name, code/ID, and status chips
• Content grid uses SectionCard cards with InfoRow fields
• Loading state uses skeleton
• Error and not-found states handled
• Back navigation present
• Action buttons (edit, delete) in expected positions

Step 6: Produce the Audit Report

Output a structured report. Use this format:

Audit Report: [Feature or File Name]

Summary

One or two sentences on the overall state. Is this mostly compliant? Are there systemic issues?

Design Review (skip if no design was provided)

• Layout: pass / issues found
• Colors: pass / issues found
• Typography: pass / issues found
• Notes on any gaps

Findings

Use severity levels:

• Critical — Violates a Core Invariant; must fix before merging
• Warning — Non-compliant with skill pattern; should fix
• Info — Minor inconsistency or suggestion

Group findings by category. For each:

[Category] · [Severity]
path/to/file.tsx — Description of the issue.
Fix: What to do instead. See: skill-name skill.

Example:

[Theme & UI] · Warning
FeatureDetail.tsx — Uses <Grid xs={12} md={6}> instead of the size prop.
Fix: Replace with <Grid size={{ xs: 12, md: 6 }}>. See: react-standard skill.

Suggestions

Any improvements that aren't violations — patterns the developer could adopt to make this code more consistent or maintainable. Reference the relevant skill.

Compliance Score (optional)

A rough pass/fail count per category if helpful.

Tone and Approach

• Be specific: "line 42 in UserForm.tsx uses a raw <Button type="submit"> — replace with <form.SubmitButton>" is more useful than "the form submit is wrong."
• Be constructive: pair every critical finding with a concrete fix.
• If something is done correctly, say so briefly — developers need to know what to keep, not just what to change.
• If you can't determine compliance without reading a bundled resource (e.g., the full form composition reference), say so and read it.
• If the scope is large (whole project), focus on one feature at a time and offer to continue.