AI coding workflow field guide
UI components for AI coding workflows
Use UI components that map to a concrete AI-building job, publish their framework, dependencies, license and access boundary, and prove the exact delivered package in a clean project. vro.dev currently documents four React examples for scheduling, agent-plan inspection, revision comparison, and visual atmosphere. Their public previews aid selection; reviewed source still requires authentication and entitlement before integration.
Reproducible evidence boundary
Each exact entitlement-protected package was copied into its own private generated React project. The harness installed only its declared dependencies, ran TypeScript without emitting, built with Vite, verified the materialized package checksum did not change, served the production artifact, and required a successful Chromium render with no page or console errors. The generated projects were deleted after the source-free report was produced.
Reviewed: by vro.dev private clean-project replay. Evidence digest: sha256:313c7b80d46de61f6333b7ee2e8fb9cea384cde49ba94fb9c61b55f34f8a4da7.
Tested versions: React 18.3.1 · TypeScript 5.9.3 · Vite 6.4.3 · Playwright 1.61.1 Chromium.
Supported clean-project path
- 01Step 1Choose a component by the real interface job and inspect its canonical public preview, metadata, dependencies, constraints, and versioned license.
- 02Step 2Authenticate and obtain the applicable Included unlock or Pro entitlement. There is no unauthenticated source endpoint, public package registry, or public CLI install path.
- 03Step 3Place the exact reviewed files in a clean supported React project, install only the declared dependencies, and retain the item version and entitlement receipt.
- 04Step 4Run TypeScript and a production build, compare the delivered package checksum, then render the artifact without page or console errors.
- 05Step 5Integrate into the real host and replay content, data, responsive, keyboard, focus, motion, browser, failure, security, and performance requirements.
Four source-backed workflow examples
| Component | Workflow | Framework / dependencies | License / access | Tested path | Files / bytes | Verified | Known limit |
|---|---|---|---|---|---|---|---|
| Availability Calendar v1.0.0 | Scheduling and date input | React >=18 react, lucide-react | vro.dev Included Component License (2026-08-01) Authenticated Included unlock or Pro entitlement | TypeScript no-emit → Vite production build → immutable-package check → Chromium render | 3 protected package files materialized in an isolated generated project 7208 package bytes | Select available dates with keyboard, pointer, or touch while leaving timezone, capacity, conflicts, and booking authority to the host server. | |
| Agent Plan Tree v1.0.0 | Agent-plan inspection | React >=18 react, lucide-react | vro.dev Included Component License (2026-08-01) Authenticated Included unlock or Pro entitlement | TypeScript no-emit → Vite production build → immutable-package check → Chromium render | 3 protected package files materialized in an isolated generated project 6824 package bytes | Present a two-level execution hierarchy; streaming, persistence, execution authority, error recovery, and audit history remain host responsibilities. | |
| Revision Compare Slider v1.0.0 | Revision comparison | React >=18 react, lucide-react | vro.dev Included Component License (2026-08-01) Authenticated Included unlock or Pro entitlement | TypeScript no-emit → Vite production build → immutable-package check → Chromium render | 3 protected package files materialized in an isolated generated project 6366 package bytes | Use rights-cleared paired media with matching dimensions and recheck keyboard, touch, autoplay, and sizing behavior with production assets. | |
| Paper Ink Shader Hero v1.0.0 | Visual atmosphere | React >=18 react, lucide-react, three | vro.dev Included Component License (2026-08-01) Authenticated Included unlock or Pro entitlement | TypeScript no-emit → Vite production build → immutable-package check → Chromium render | 3 protected package files materialized in an isolated generated project 14034 package bytes | Code-split the shader, retain its static and reduced-motion fallback, and replay GPU cost, context loss, cleanup, and copy contrast on target devices. |
Failure recovery and custom-build boundary
- 01Failure 1If source access is refused, stop and resolve authentication or entitlement; do not infer source from the public preview.
- 02Failure 2If the package checksum changes during setup, discard the workspace and retrieve the exact reviewed version again.
- 03Failure 3If TypeScript, build, or browser rendering fails, keep the component out of the product until the failure is reproduced and fixed in a clean project.
- 04Failure 4If the host needs a different framework, architecture, data contract, or visual job, use a prompt or custom build instead of forcing an incompatible component.
Method and limits
This dated Vite-and-Chromium replay proves a bounded clean-project path, not universal compatibility with every AI coding tool, browser, framework, host architecture, CSP, data source, or performance budget. Public previews remain independent adapters and do not expose protected source. Re-run the delivered version inside the final application, preserve its license receipt, and verify project-specific responsive, accessibility, security, browser, failure, and performance requirements before shipping.
API for Agents · Production-readiness checklist · Source-backed inspiration · Licensed source guide · Included Component License · Report a correction