"use client"; import { useAtomValue } from "@effect/atom-react";import { parseScopedThreadKey, scopedThreadKey } from "@t3tools/client-runtime/environment";import { runAtomCommand } from "@t3tools/client-runtime/state/runtime";import type { ScopedThreadRef } from "@t3tools/contracts";import * as Schema from "effect/Schema";import { AsyncResult, Atom } from "effect/unstable/reactivity"; import {  applyPreviewServerEvent,  applyPreviewServerSnapshot,  readThreadPreviewState,  reconcilePreviewServerSessions,} from "~/previewStateStore";import { previewEnvironment } from "~/state/preview"; class PreviewSessionThreadKeyParseError extends Schema.TaggedErrorClass<PreviewSessionThreadKeyParseError>()(  "PreviewSessionThreadKeyParseError",  { threadKey: Schema.String },) {  override get message(): string {    return `Invalid scoped preview thread key: ${this.threadKey}`;  }} const previewSessionSyncAtom = Atom.family((threadKey: string) => {  const threadRef = parseScopedThreadKey(threadKey);  if (threadRef === null) {    throw new PreviewSessionThreadKeyParseError({ threadKey });  }   const sessionsAtom = previewEnvironment.list({    environmentId: threadRef.environmentId,    input: { threadId: threadRef.threadId },  });  const eventsAtom = previewEnvironment.events({    environmentId: threadRef.environmentId,    input: {},  });   return Atom.make((get) => {    let disposed = false;    let recoveryId = 0;    let recoveringUrl: string | null = null;    let sessionsVersion = 0;    let eventsVersion = 0;     const reconcileSessions = (result: Atom.Type<typeof sessionsAtom>) => {      if (!AsyncResult.isSuccess(result)) return;      if (result.value.sessions.length > 0) {        recoveringUrl = null;        recoveryId += 1;        reconcilePreviewServerSessions(threadRef, result.value.sessions);        return;      }       const localSnapshot = readThreadPreviewState(threadRef).snapshot;      const recoverableUrl =        localSnapshot && localSnapshot.navStatus._tag !== "Idle"          ? localSnapshot.navStatus.url          : null;      if (!recoverableUrl) {        applyPreviewServerSnapshot(threadRef, null);        return;      }      if (recoveringUrl === recoverableUrl) return;       recoveringUrl = recoverableUrl;      const currentRecoveryId = ++recoveryId;      void runAtomCommand(        get.registry,        previewEnvironment.open,        {          environmentId: threadRef.environmentId,          input: { threadId: threadRef.threadId, url: recoverableUrl },        },        { reportDefect: false, reportFailure: false },      ).then((openResult) => {        if (disposed || currentRecoveryId !== recoveryId) return;        recoveringUrl = null;        if (openResult._tag === "Failure") return;        applyPreviewServerSnapshot(threadRef, openResult.value);        get.refresh(sessionsAtom);      });    };     const applyLatestEvent = (result: Atom.Type<typeof eventsAtom>) => {      if (!AsyncResult.isSuccess(result) || result.value.threadId !== threadRef.threadId) return;      applyPreviewServerEvent(threadRef, result.value);      if (result.value.type === "opened" || result.value.type === "closed") {        get.refresh(sessionsAtom);      }    };     get.addFinalizer(() => {      disposed = true;      recoveryId += 1;    });    const initialSessions = get.once(sessionsAtom);    const initialEvent = get.once(eventsAtom);    get.subscribe(sessionsAtom, (result) => {      sessionsVersion += 1;      reconcileSessions(result);    });    get.subscribe(eventsAtom, (result) => {      eventsVersion += 1;      applyLatestEvent(result);    });    queueMicrotask(() => {      if (disposed) return;      if (sessionsVersion === 0) reconcileSessions(initialSessions);      if (eventsVersion === 0) applyLatestEvent(initialEvent);    });  }).pipe(Atom.setIdleTTL(1_000), Atom.withLabel(`preview:session-sync:${threadKey}`));}); export function usePreviewSession(threadRef: ScopedThreadRef): void {  useAtomValue(previewSessionSyncAtom(scopedThreadKey(threadRef)));}