Files
supabase/apps/studio/components/interfaces/ConnectSheet/ConnectStepsSection.tsx
Joshen Lim 22b3419a28 Extract project creation form into its own component (#47957)
## Context

This is just a pre-requisite to consolidating the project creation UI as
there's another page that has the project creation flow too
[here](https://github.com/supabase/supabase/blob/master/apps/studio/pages/integrations/vercel/%5Bslug%5D/deploy-button/new-project.tsx).
So the next step will just be to use the same `ProjectCreationForm`
there

No functional changes here - just moving things around

## To test
- [ ] Verify that project creation still works



<!-- This is an auto-generated comment: release notes by coderabbit.ai
-->
## Summary by CodeRabbit

* **New Features**
* Added a full “create project” experience with eligibility-aware
defaults, advanced configuration sections, optional GitHub integration,
and compute-cost confirmation when applicable.
* **Improvements**
  * Enhanced project-creation success/error handling and navigation.
* Refined CLI backup/restore dialogs (better layout/wording,
accessibility updates, and improved section separation).
* **Documentation**
* Standardized all relevant documentation links across the app using a
shared `DOCS_URL` source.
* **Refactor**
* Refactored the “New Project” page to delegate the wizard UI and flow
to a reusable creation component.
<!-- end of auto-generated comment: release notes by coderabbit.ai -->
2026-07-16 14:00:55 +08:00

318 lines
12 KiB
TypeScript

import { useParams } from 'common'
import dynamic from 'next/dynamic'
import Link from 'next/link'
import { useMemo, useRef, type ComponentType } from 'react'
import { Button } from 'ui'
import { Admonition } from 'ui-patterns/admonition'
import { GenericSkeletonLoader } from 'ui-patterns/ShimmeringLoader'
import type {
ConnectionStringPooler,
ConnectState,
DeploymentMode,
ProjectKeys,
ResolvedStep,
StepContentProps,
} from './Connect.types'
import { ConnectSheetStep } from './ConnectSheetStep'
import {
resolveContentPath,
shouldFetchDataApiConfig,
shouldShowDataApiDisabledWarning,
shouldShowIpv4AddonNotice,
shouldShowSelfHostedMcpNotice,
shouldShowSessionPoolerNotice,
} from './ConnectStepsSection.utils'
import { CopyPromptAdmonition } from './CopyPromptAdmonition'
import { buildConnectionStringPooler, getConnectionStrings } from './DatabaseSettings.utils'
import { getAddons } from '@/components/interfaces/Billing/Subscription/Subscription.utils'
import { DocsButton } from '@/components/ui/DocsButton'
import { useProjectSettingsV2Query } from '@/data/config/project-settings-v2-query'
import { usePgbouncerConfigQuery } from '@/data/database/pgbouncer-config-query'
import { useSupavisorConfigurationQuery } from '@/data/database/supavisor-configuration-query'
import { useProjectAddonsQuery } from '@/data/subscriptions/project-addons-query'
import { useCheckEntitlements } from '@/hooks/misc/useCheckEntitlements'
import { useDeploymentMode } from '@/hooks/misc/useDeploymentMode'
import { useIsDataApiEnabled } from '@/hooks/misc/useIsDataApiEnabled'
import { DOCS_URL } from '@/lib/constants'
import { pluckObjectFields } from '@/lib/helpers'
interface ConnectStepsSectionProps {
steps: ResolvedStep[]
state: ConnectState
projectKeys: ProjectKeys
}
/**
* Hook to fetch and prepare connection strings for step content.
*/
function useConnectionStringPooler(deploymentMode: DeploymentMode): ConnectionStringPooler {
const { ref: projectRef } = useParams()
const { hasAccess: allowPgBouncerSelection } = useCheckEntitlements('dedicated_pooler')
const { data: settings } = useProjectSettingsV2Query({ projectRef })
const { data: pgbouncerConfig } = usePgbouncerConfigQuery({ projectRef })
const { data: supavisorConfig } = useSupavisorConfigurationQuery({ projectRef })
const { data: addons } = useProjectAddonsQuery({ projectRef })
const { ipv4: ipv4Addon } = getAddons(addons?.selected_addons ?? [])
// Each intermediate derived value is memoized so its reference stays stable
// across renders while the upstream query data is unchanged. Without this,
// pluckObjectFields / getConnectionStrings would mint fresh objects every
// render and invalidate the final useMemo on each tick (and ripple through
// every consumer that lists ConnectionStringPooler in their own deps).
const connectionInfo = useMemo(() => {
const DB_FIELDS = ['db_host', 'db_name', 'db_port', 'db_user', 'inserted_at']
const emptyState = { db_user: '', db_host: '', db_port: '', db_name: '' }
return pluckObjectFields(settings || emptyState, DB_FIELDS)
}, [settings])
const poolingConfigurationShared = supavisorConfig?.find((x) => x.database_type === 'PRIMARY')
const poolingConfigurationDedicated = allowPgBouncerSelection ? pgbouncerConfig : undefined
const connectionStringsShared = useMemo(
() =>
getConnectionStrings({
connectionInfo,
poolingInfo: {
connectionString: poolingConfigurationShared?.connection_string ?? '',
db_host: poolingConfigurationShared?.db_host ?? '',
db_name: poolingConfigurationShared?.db_name ?? '',
db_port: poolingConfigurationShared?.db_port ?? 0,
db_user: poolingConfigurationShared?.db_user ?? '',
},
metadata: { projectRef },
}),
[connectionInfo, poolingConfigurationShared, projectRef]
)
const connectionStringsDedicated = useMemo(
() =>
poolingConfigurationDedicated !== undefined
? getConnectionStrings({
connectionInfo,
poolingInfo: {
connectionString: poolingConfigurationDedicated.connection_string,
db_host: poolingConfigurationDedicated.db_host,
db_name: poolingConfigurationDedicated.db_name,
db_port: poolingConfigurationDedicated.db_port,
db_user: poolingConfigurationDedicated.db_user,
},
metadata: { projectRef },
})
: undefined,
[connectionInfo, poolingConfigurationDedicated, projectRef]
)
return useMemo(
() =>
buildConnectionStringPooler({
deploymentMode,
connectionInfo,
connectionStringsShared,
connectionStringsDedicated,
ipv4Addon: !!ipv4Addon,
}),
[deploymentMode, connectionInfo, connectionStringsShared, connectionStringsDedicated, ipv4Addon]
)
}
// Vite needs `import.meta.glob` to statically discover the step content
// modules because the `${filePath}` template can span multiple directory
// segments (`flask/supabasepy`, `steps/shadcn/explore`, ...) which Vite's
// dynamic-import-vars plugin can't analyze. Skip the glob on the SSR bundle
// — Vite replaces `import.meta.env.SSR` at build time and tree-shakes the
// call so the 37 content modules stay out of the server graph (pulling them
// in reshuffles chunks enough to surface latent circular-dep bugs in
// unrelated modules). Next/webpack doesn't know about `import.meta.glob`
// either; the try/catch lets that branch fall through to the webpack-friendly
// `import()` below.
let contentModules: Record<string, () => Promise<unknown>> = {}
if (!import.meta.env?.SSR) {
try {
contentModules = import.meta.glob('./content/**/content.{tsx,ts}')
} catch {
// webpack build: import.meta.glob is undefined, keep empty map
}
}
type StepContentModule = { default: ComponentType<StepContentProps> }
/**
* Dynamically loads and renders a content component from the content directory.
* All step content uses this unified loader - no built-in component registry needed.
*/
function StepContent({
contentId,
state,
projectKeys,
connectionStringPooler,
deploymentMode,
}: {
contentId: string
state: ConnectState
projectKeys: ProjectKeys
connectionStringPooler: ConnectionStringPooler
deploymentMode: DeploymentMode
}) {
// Resolve any template placeholders in the content path
const filePath = useMemo(() => resolveContentPath(contentId, state), [contentId, state])
// Dynamically import the content component
const ContentComponent = useMemo(() => {
const viteLoader =
contentModules[`./content/${filePath}/content.tsx`] ??
contentModules[`./content/${filePath}/content.ts`]
const loader = viteLoader
? (viteLoader as () => Promise<StepContentModule>)
: () =>
import(/* @vite-ignore */ `./content/${filePath}/content`) as Promise<StepContentModule>
return dynamic<StepContentProps>(loader, {
loading: () => (
<div className="p-4 min-h-[200px]">
<GenericSkeletonLoader />
</div>
),
})
}, [filePath])
return (
<ContentComponent
state={state}
projectKeys={projectKeys}
connectionStringPooler={connectionStringPooler}
deploymentMode={deploymentMode}
/>
)
}
export function ConnectStepsSection({ steps, state, projectKeys }: ConnectStepsSectionProps) {
const { ref } = useParams()
const stepsContainerRef = useRef<HTMLDivElement | null>(null)
const deploymentMode = useDeploymentMode()
const connectionStringPooler = useConnectionStringPooler(deploymentMode)
const { data: ipv4Addon } = useProjectAddonsQuery(
{ projectRef: ref },
{
select: (data) => {
const selectedAddons = data?.selected_addons ?? []
return selectedAddons.find((addon) => addon.type === 'ipv4')
},
}
)
const showIpv4AddonNotice = shouldShowIpv4AddonNotice({
isPlatform: deploymentMode.isPlatform,
mode: state.mode,
connectionMethod: state.connectionMethod,
useSharedPooler: state.useSharedPooler,
hasIpv4Addon: !!ipv4Addon,
})
const showSessionPoolerNotice = shouldShowSessionPoolerNotice({
isPlatform: deploymentMode.isPlatform,
mode: state.mode,
connectionMethod: state.connectionMethod,
})
const showSelfHostedMcpNotice = shouldShowSelfHostedMcpNotice({
isSelfHosted: deploymentMode.isSelfHosted,
mode: state.mode,
})
const shouldFetchDataApiStatus = shouldFetchDataApiConfig({
mode: state.mode,
})
const {
isEnabled: isDataApiEnabled,
isPending: isDataApiConfigPending,
isError: isDataApiConfigError,
} = useIsDataApiEnabled({
projectRef: ref,
enabled: shouldFetchDataApiStatus,
})
const showDataApiDisabledWarning = shouldShowDataApiDisabledWarning({
mode: state.mode,
isDataApiEnabled,
isPending: isDataApiConfigPending,
isError: isDataApiConfigError,
})
if (steps.length === 0) return null
return (
<div className="bg-muted/50 flex-1">
<div className="p-8 flex flex-col gap-y-6">
<h3>Connect your app</h3>
{showDataApiDisabledWarning && (
<Admonition
type="warning"
layout="responsive"
title="Database access requires the Data API"
description="Client library database queries will not work until the Data API is enabled."
actions={[
<Button asChild key="enable" variant="default">
<Link href={`/project/${ref}/integrations/data_api`}>Enable Data API</Link>
</Button>,
]}
/>
)}
{showIpv4AddonNotice && (
<Admonition
type="default"
title={`${state.connectionMethod === 'direct' ? 'Direct connections use' : 'Transaction pooler uses'} IPv6 by default`}
description="Enable the dedicated IPv4 address add-on to connect from IPv4-only networks"
actions={[
<Button asChild key="addon" variant="default">
<Link href={`/project/${ref}/settings/addons?panel=ipv4`}>Enable IPv4 add-on</Link>
</Button>,
<DocsButton key="docs" href={`${DOCS_URL}/guides/platform/ipv4-address`} />,
]}
/>
)}
{showSessionPoolerNotice && (
<Admonition
type="default"
title="Only use Session Pooler on an IPv4 network"
description="Session pooler connections are IPv4 proxied for free. Use Direct Connection if connecting via an IPv6 network."
/>
)}
{showSelfHostedMcpNotice && (
<Admonition
type="default"
title="MCP for self-hosted Supabase requires extra setup"
description="The configuration below points at the hosted Supabase MCP server. To use MCP against your self-hosted instance, follow the self-hosted MCP guide."
actions={[
<DocsButton key="docs" href={`${DOCS_URL}/guides/self-hosting/enable-mcp`} />,
]}
/>
)}
<CopyPromptAdmonition stepsContainerRef={stepsContainerRef} />
<div className="mt-6" ref={stepsContainerRef}>
{steps.map((step, index) => (
<ConnectSheetStep
key={step.id}
number={index + 1}
title={step.title}
description={step.description}
>
<StepContent
contentId={step.content}
state={state}
projectKeys={projectKeys}
connectionStringPooler={connectionStringPooler}
deploymentMode={deploymentMode}
/>
</ConnectSheetStep>
))}
</div>
</div>
</div>
)
}