vercel library

Classes

FetchRequestView: Host-neutral view of a Fetch-style request.
FetchResponseView: Host-neutral response value produced for Fetch-style hosts.
FetchWebSocketUpgrade: Defines the public contract for this host integration.
NodeIncomingView: Node http.IncomingMessage surface used by NodeRequestAdapter.
NodeRoutedWebSocket: WebSocket implementation for a raw Node upgrade socket.
NodeServerResponseView: Defines the public contract for this host integration.
NodeWebSocketSocketView: Node http.ServerResponse surface used by NodeResponseAdapter. Raw upgraded Node socket used by the Node WebSocket adapter.
NodeWebSocketUpgradeResponse: Native handshake information for a Node upgrade.
RoutedNodeCapabilities: Capabilities declared by one host invocation.
RoutedNodeContext: Runtime-scoped host context carried through a Routed request.
RoutedNodeExtension: A typed lookup for host-owned request context values.
RoutedNodeLifecycleEvent: Host lifecycle event published through Routed's existing EventManager.
RoutedNodeRuntimeInfo: Common runtime metadata exposed by a host adapter.
VercelNodeRuntimeExtension: Host-native Vercel Node.js request, response, and server handles.
VercelRequestProperties: Vercel request metadata exposed by the platform's x-vercel-* headers.

Enums

RoutedNodeEntryModel: Whether a host owns a long-lived listener or invokes a fetch export.
RoutedNodeLifecyclePhase: Lifecycle phases emitted by a routed_node host.
RoutedNodeRuntime: Runtime families supported by routed_node.

Extensions

RoutedVercelRequest on Request: Returns Vercel metadata for a request handled by the Vercel Fetch entry.

Constants

vercelCapabilities → const RoutedNodeCapabilities: Capabilities advertised by the Vercel Fetch adapter.
vercelNodeCapabilities → const RoutedNodeCapabilities: Vercel Node Functions use the vendor's request-context upgrade boundary and the ws server implementation for native WebSocket connections.

Functions

defineFetchExport(String runtime, Engine engine, {required RoutedNodeCapabilities capabilities, String name = '__routed_fetch__'}) → Never: VM stub for JavaScript Fetch exports.
defineFetchExportAsync(String runtime, Future<Engine> engineFuture, {required RoutedNodeCapabilities capabilities, String name = '__routed_fetch__'}) → Never: VM stub for asynchronous JavaScript Fetch exports.
defineFetchExportFactoryAsync(String runtime, Future<Engine> engineFactory(), {required RoutedNodeCapabilities capabilities, String name = '__routed_fetch__'}) → Never: VM stub for lazy asynchronous JavaScript Fetch exports.
defineVercelFetch(Object engine) → void: Installs the Vercel Fetch bootstrap function.
defineVercelFetchAsync(Future<Engine> engine) → void: Installs a Vercel Fetch export from an asynchronously-built engine.
defineVercelFetchFactoryAsync(Future<Engine> factory()) → void: Installs a Vercel Fetch entry whose engine is created lazily on request.
defineVercelNodeHandler(Engine engine) → void: Installs a Vercel Node.js server entrypoint with native WebSocket upgrades.
defineVercelNodeHandlerFactory(Future<Engine> factory()) → void: Installs a Vercel Node.js handler with lazy engine initialization.
dispatchFetchConnection(Engine engine, FetchRequestView request, ResponseAdapter response, {required RoutedNodeRuntimeInfo runtime, Uri? baseUri, Future<FetchWebSocketUpgrade> acceptWebSocket()?}) → Future<void>: Dispatches a Fetch-style request through the streaming adapter path.
dispatchFetchExchange(Engine engine, FetchRequestView request, {required RoutedNodeRuntimeInfo runtime, Uri? baseUri}) → Future<FetchResponseView>: Dispatches a Fetch-style request through Routed's buffered portable path.
portableRequestFromFetch(FetchRequestView request, {Uri? baseUri}) → PortableRequest: Converts a Fetch-style request into the core portable request contract.
publishRoutedNodeLifecycle(Engine engine, RoutedNodeLifecycleEvent event) → void: Publishes a host lifecycle event when the engine has an EventManager.

Classes

Enums

Extensions

Constants

Functions

routed_node package

vercel library