mirror of
https://github.com/supabase/supabase.git
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Danny WhiteandJoshen Lim
0324f3422a
## I have read the [CONTRIBUTING.md](https://github.com/supabase/supabase/blob/master/CONTRIBUTING.md) file. YES ## What kind of change does this PR introduce? Studio UI polish for the Vercel deploy-button new-project connect flow (DEPR-616 follow-up). ## What is the current behavior? - Deploy-button project creation still used `VercelIntegrationWindowLayout` (top bar + Docs/Support footer) while install and choose-project already use shared `InterstitialLayout` - The remove-integration note sat as a floating admonition above the form - Advanced / internal-only config sections could show double dividers, and the Oriole radio bottom border could clip inside the collapsible ## What is the new behavior? - Deploy-button new-project uses `InterstitialLayout` with `VercelIntegrationLogo` and `VercelIntegrationFooter`, matching the other Vercel connect surfaces - Regular `/new` project creation is unchanged; Panel chrome is only flattened when `isVercelIntegrationFlow` is set - Removes unused `VercelIntegrationWindowLayout` / `IntegrationWindowLayout` - Fixes Advanced/Internal-only dividers and collapsible border clipping | Before | After | | --- | --- | | <img width="965" height="1107" alt="Supabase" src="https://github.com/user-attachments/assets/99c1225c-c9e5-4fac-bd64-17920403e447" /> | <img width="965" height="1107" alt="Create Vercel Project Supabase" src="https://github.com/user-attachments/assets/c42bff96-5f9f-4c8b-8f3c-093e380f90ed" /> | ## Additional context ### Testing With Studio running locally and while signed in: 1. Open `http://localhost:8082/integrations/vercel/<your-org-slug>/deploy-button/new-project` 2. Confirm the interstitial card: Vercel + Supabase logo pair, “Create a new project” title, form fields, and the muted remove-integration footer under the card 3. Confirm there is no old window chrome (no “Marketplace Connector” / “Deploy Button” top bar, no Docs/Support footer) 4. Optionally submit and confirm project creation still works 5. Spot-check `/new` to confirm the normal project creation form is unchanged If you have advanced config enabled, expand Advanced Configuration and confirm single dividers (not doubles) and that the Oriole option’s bottom border is not clipped. <!-- This is an auto-generated comment: release notes by coderabbit.ai --> ## Summary by CodeRabbit ## Summary by CodeRabbit * **New Features** * Added configurable width to the shared interstitial layout for Vercel project creation. * Updated the Vercel “new project” flow to use the interstitial UI. * **Bug Fixes** * Prevented child borders/shadows from being clipped in expandable configuration sections. * **Refactor** * Removed legacy Vercel/window layout components and updated routing to rely on the interstitial flow. * Switched advanced and internal-only configuration sections to render inside panel content. * **Documentation** * Refreshed Vercel integration route guidance in the migration checklist and inline route comments. <!-- end of auto-generated comment: release notes by coderabbit.ai --> --------- Co-authored-by: Joshen Lim <joshenlimek@gmail.com>
Writing components
Where to create your components
- For components that declare the general structure and layout of a page:
/components/layouts/xxx
- For components that are tightly coupled to a specific interface:
/components/interfaces/xxx
- For components that are meant to be reusable across multiple pages:
/components/ui/xxx
- Note: We're gradually moving files out of the
to-be-cleanedfolder into the respective folders as we refactor
Component structure
- If a component has constants and utility methods that are tightly coupled to itself, keep them close to the component and enclose them in a folder with an
index.tsxas an entry point - Otherwise it can just be a file on its own
- For example:
-
components/ui - SampleComponentA - SampleComponentA.tsx - SampleComponentA.constants.ts - SampleComponentA.utils.ts - SampleComponentA.types.ts - index.ts - SampleComponentB.tsx
-
Template for building components
// Declare the prop types of your component
interface ComponentAProps {
sampleProp: string
}
// Name your component accordingly
const ComponentA = ({ sampleProp }: ComponentAProps) => {
return <div>ComponentA: {sampleProp}</div>
}
export default ComponentA