This document is an execution checklist for FrontendImplementationAgent.
Goal: launch FrontendImplementationAgent (or ImplementationAgent for mixed scope) and have it run the full frontend workflow end-to-end, not just adjust one or two classes.
- Primary:
FrontendImplementationAgent - Supporting (if needed):
ImplementationAgent,ReviewAgent,DocumentationAgent
- Core frontend UI architecture:
design,tailwind,blade - Quality and consistency:
general - Domain-specific (based on touched files):
livewire,resources,translations
Skill file references:
resources/boost/skills/design/SKILL.mdresources/boost/skills/tailwind/SKILL.mdresources/boost/skills/blade/SKILL.mdresources/boost/skills/general/SKILL.mdresources/boost/skills/livewire/SKILL.mdresources/boost/skills/resources/SKILL.mdresources/boost/skills/translations/SKILL.md
Use this when launching FrontendImplementationAgent:
Act as FrontendImplementationAgent for this Laravel project.
Read and followDESIGN.md,AGENTS.md, and the relevant skills inresources/boost/skills/**/SKILL.md.
Run the entire Frontend Criteria Checklist end-to-end:
- detect all changed/new UI surfaces and reusable frontend opportunities,
- create/update missing Blade components,
- enforce Tailwind CSS v4 and design-token usage,
- enforce component reuse across all touched views,
- verify accessibility and responsive states across mobile, tablet, and desktop,
- run required execution gates,
- return a final checklist report with pass/fail per item and remaining gaps.
Do not stop early after partial success.
- Identify all new/changed UI surfaces in the current change set (
resources/views/**, component views, Livewire view files, and relevant frontend assets). - Use a no-silent-skip rule: every touched UI file is listed in the final report, even if no visual changes were needed.
- Identify repeated UI fragments that should become reusable Blade components (candidate threshold: repeated in 2+ locations, or likely to repeat based on feature direction).
- Map each touched UI surface to either:
- dedicated reusable Blade component
- page-specific composition layer only (document why extraction is not yet justified)
- Confirm no changed surface is left without frontend and componentization review.
- Tailwind CSS v4 conventions are applied throughout touched UI.
- Styling is utility-first in markup (avoid ad-hoc custom selector CSS for component styling).
- Frontend implementation is mobile-first with explicit responsive behavior (
sm:,md:,lg:, etc.) where needed. - Add responsive intent for each major touched surface (what changes across mobile, tablet, desktop and why).
- Maintain interaction parity across breakpoints; key actions should remain discoverable and operable at all target sizes.
- Dark mode variants are added where relevant for the feature context, or explicitly documented as intentionally not applicable.
- UI behavior is deterministic and state-focused (not just static appearance-focused).
- Do not remove existing reusable components without explicit approval.
Each touched UI type below must be reviewed for dedicated component extraction and reuse.
- Every repeated UI element is implemented as a Blade component.
- Semantic HTML is preserved during extraction (headings, lists, landmarks, buttons/links, form control semantics).
- Component API is consistent with
@props, named slots, and$attributes->merge([...]). - Variants and sizes are handled through component API (not duplicated markup blocks) using a consistent variant naming taxonomy.
- Components expose proper states (default/hover/focus/disabled/loading/error where relevant).
- Page views compose from components; they do not duplicate raw repeated element markup.
- Headings, buttons, inputs, badges, cards, alerts, and tables/lists use reusable components where possible.
- No repeated element pattern appears in multiple pages without component extraction.
- Tablet and desktop content density/readability is checked (line length, spacing rhythm, and visual hierarchy remain readable beyond mobile).
- Reused Livewire UI fragments are rendered via shared Blade components where possible.
- Livewire states (loading/dirty/error/empty) are represented with consistent reusable UI elements.
- No direct style drift between Blade-only and Livewire-driven surfaces for shared patterns.
- Shared interactions keep equivalent behavior across mobile/tablet/desktop (same state meaning, not necessarily identical layout).
- Existing styleguide options were checked before creating new components.
- New reusable components are registered/discoverable where the project expects registration.
- Usage examples exist for non-trivial components or variants.
- Use design tokens and
@themevalues before introducing one-off values. - Hardcoded hex colors, arbitrary spacing/radius, and inline style overrides are avoided unless justified.
- If one-off values are used, document the reason and why existing tokens are insufficient.
- Repeated utility groups are extracted into components instead of copied between files.
- Class scanning/source coverage is correct for touched templates/paths.
- Tailwind setup remains compatible with latest v4 conventions in the project.
- All interactive controls have visible
focus-visiblestates. - Touch targets for interactive controls follow minimum usable size (
min-h-[44px]/min-w-[44px]where relevant). - Icon-only controls provide
aria-labelor equivalent accessible name. - Disabled, empty, loading, success, and error states are visually and semantically represented where applicable.
- Keyboard navigation flow is preserved for updated interactions.
- Orientation/viewport edge cases are reviewed for key interactions (mobile portrait/landscape, tablet portrait/landscape, desktop baseline widths).
- Shared element patterns are implemented once and reused everywhere possible in the touched scope.
- Naming conventions for component files, props, and variants are consistent.
- No duplicate components exist for the same UI responsibility.
- Translation/localization usage stays consistent for user-facing copy in reusable components.
- Any acceptable exception to reuse/consistency is explicitly documented in the final report.
Compatibility is treated as a required quality guideline. It is not a separate hard fail gate beyond the project build/lint requirements.
- Frontend build passes (
npm run buildor project-equivalent build command). - Relevant formatting/linting checks pass for touched frontend files.
- Manual responsive verification is completed and documented for mobile, tablet, and desktop breakpoints.
- Manual interaction verification is completed for focus/hover/disabled/loading/error states across target device classes.
- Provide file-by-file and component-by-component frontend coverage summary.
- Provide checklist pass/fail status for every section above.
- Include evidence notes for key decisions (component extracted, component deferred, token exception, dark mode exception, compatibility notes).
- List exact remaining gaps (if any) and blocked reasons.
- If all items pass, explicitly state:
Full DESIGN.md checklist passed.
Use this section as a quick validation tracker to confirm all major improvements were applied to this checklist version.
- 1. Explicit touched-surface inclusion rules are defined.
- 2. No-silent-skip reporting rule is enforced.
- 3. Component extraction threshold is documented.
- 4. Page-specific composition exceptions require rationale.
- 5. Variant naming taxonomy consistency is required.
- 6. Responsive intent is documented per major surface.
- 7. Mobile/tablet/desktop layout checks are explicitly required.
- 8. Orientation and viewport edge-case review is included.
- 9. Interaction parity across breakpoints is addressed.
- 10. Dark mode applicability and exceptions are explicit.
- 11. Semantic HTML requirement is included in extraction rules.
- 12. Icon-only accessible naming requirement is explicit.
- 13. Tablet/desktop readability and density checks are added.
- 14. Blade/Livewire state consistency is reinforced.
- 15. Token-first styling rule is explicit.
- 16. One-off style exception documentation is required.
- 17. Styleguide discovery and registration expectations are explicit.
- 18. Localization consistency checks are preserved and clarified.
- 19. Final report evidence expectations are strengthened.
- 20. Known acceptable exceptions must be documented.