geo/apps/browser-extension/src/monitoring-runtime.ts

import type {
  JsonValue,
  MonitoringHeartbeatPlatformPayload,
  MonitoringHeartbeatResponse,
  MonitoringLeaseTask,
  MonitoringLeaseTasksPayload,
  MonitoringLeaseTasksResponse,
  MonitoringLocalPlatformState,
  MonitoringPluginPingResponse,
  MonitoringResumeTasksPayload,
  MonitoringResumeTasksResponse,
  MonitoringSkipTaskPayload,
  MonitoringSkipTaskResponse,
  MonitoringTaskResultPayload,
  MonitoringTaskResultResponse,
} from "@geo/shared-types";
import { browser } from "wxt/browser";

import { canQueryMonitoringPlatform, detectMonitoringPlatformState, queryMonitoringTask } from "./monitoring-adapters";
import type { MonitoringAdapterTaskContext } from "./monitoring-adapters/types";
import type { StoredMonitoringPlatformState } from "./monitoring-platforms";
import { getExtensionState, patchExtensionState, type ExtensionStorageState, type StoredMonitoringScheduledTask } from "./storage";

export type MonitoringAction = "ping" | "detectPlatforms" | "syncHeartbeat" | "runCycle" | "getState";
export type MonitoringCycleMode = "manual" | "automatic";

const monitoringCycleBatchLeaseLimit = 50;
const monitoringAutomaticDelayMinMs = 5 * 60 * 1000;
const monitoringAutomaticDelayMaxMs = 10 * 60 * 1000;
const monitoringRemoteHeartbeatFreshnessMs = 10 * 60 * 1000;
const monitoringBusinessTimeZone = "Asia/Shanghai";

export interface MonitoringHeartbeatSyncResult {
  success: boolean;
  source: "remote" | "local";
  platform_states: MonitoringLocalPlatformState[];
  heartbeat?: MonitoringHeartbeatResponse | null;
  message?: string | null;
}

export interface MonitoringCycleResult {
  success: boolean;
  leased_task_count: number;
  processed_task_count: number;
  failed_task_count: number;
  skipped_task_count: number;
  message?: string | null;
}

export interface MonitoringRuntimeStateSnapshot {
  installation_key: string;
  plugin_installation_id: number | null;
  api_base_url: string | null;
  monitoring_last_heartbeat_at: string | null;
  monitoring_last_heartbeat_status: string | null;
  monitoring_last_cycle_at: string | null;
  monitoring_last_cycle_status: string | null;
  monitoring_platforms: StoredMonitoringPlatformState[];
}

function normalizeBaseUrl(baseUrl: string): string {
  return baseUrl.endsWith("/") ? baseUrl : `${baseUrl}/`;
}

function normalizeText(value?: string | null): string | null {
  const trimmed = value?.trim();
  return trimmed ? trimmed : null;
}

function formatMonitoringBusinessDate(value: Date): string {
  const parts = new Intl.DateTimeFormat("en-US", {
    timeZone: monitoringBusinessTimeZone,
    year: "numeric",
    month: "2-digit",
    day: "2-digit",
  }).formatToParts(value);

  const year = parts.find((part) => part.type === "year")?.value;
  const month = parts.find((part) => part.type === "month")?.value;
  const day = parts.find((part) => part.type === "day")?.value;
  if (!year || !month || !day) {
    throw new Error("monitoring_business_date_format_failed");
  }

  return `${year}-${month}-${day}`;
}

function currentMonitoringBusinessDate(): string {
  return formatMonitoringBusinessDate(new Date());
}

function currentTimestampMs(): number {
  return Date.now();
}

function toTimestampMs(value: string | null | undefined): number | null {
  if (!value) {
    return null;
  }
  const timestamp = new Date(value).getTime();
  return Number.isNaN(timestamp) ? null : timestamp;
}

function randomMonitoringDelayMs(): number {
  return monitoringAutomaticDelayMinMs + Math.floor(Math.random() * (monitoringAutomaticDelayMaxMs - monitoringAutomaticDelayMinMs + 1));
}

function hasFreshSuccessfulMonitoringHeartbeat(state: ExtensionStorageState): boolean {
  if (state.monitoring_last_heartbeat_status !== "success") {
    return false;
  }

  const lastHeartbeatAt = toTimestampMs(state.monitoring_last_heartbeat_at);
  if (lastHeartbeatAt == null) {
    return false;
  }

  return currentTimestampMs() - lastHeartbeatAt < monitoringRemoteHeartbeatFreshnessMs;
}

function isImmediateMonitoringTask(task: MonitoringLeaseTask | StoredMonitoringScheduledTask): boolean {
  return task.trigger_source === "manual";
}

function sortMonitoringTaskQueue(tasks: StoredMonitoringScheduledTask[]): StoredMonitoringScheduledTask[] {
  return [...tasks].sort((left, right) => {
    const leftTime = toTimestampMs(left.next_execute_at) ?? 0;
    const rightTime = toTimestampMs(right.next_execute_at) ?? 0;
    if (leftTime !== rightTime) {
      return leftTime - rightTime;
    }
    return left.task_id - right.task_id;
  });
}

function isMonitoringNotLoggedIn(platform: StoredMonitoringPlatformState): boolean {
  return platform.reason_code === "not_logged_in" || (platform.access_requirement === "login_required" && !platform.connected);
}

function resolveAccessStatus(platform: StoredMonitoringPlatformState): string {
  if (platform.accessible) {
    return "accessible";
  }
  if (isMonitoringNotLoggedIn(platform)) {
    return "not_logged_in";
  }
  return "unavailable";
}

function toMonitoringPlatformPayload(platform: StoredMonitoringPlatformState): MonitoringHeartbeatPlatformPayload {
  return {
    ai_platform_id: platform.ai_platform_id,
    access_status: resolveAccessStatus(platform),
    connected: platform.connected,
    accessible: platform.accessible,
    detected_at: platform.detected_at ?? null,
    reason_code: platform.reason_code ?? null,
    reason_message: platform.reason_message ?? null,
  };
}

async function postMonitoringApi<T>(path: string, payload: unknown): Promise<T> {
  void path;
  void payload;
  throw new Error("browser_extension_monitoring_removed_use_desktop_client");
}

async function detectAllMonitoringPlatforms(): Promise<StoredMonitoringPlatformState[]> {
  const state = await getExtensionState();
  return await Promise.all(state.monitoring_platforms.map((platform) => detectMonitoringPlatformState(platform)));
}

async function persistMonitoringPlatforms(platforms: StoredMonitoringPlatformState[]): Promise<StoredMonitoringPlatformState[]> {
  const nextState = await patchExtensionState({
    monitoring_platforms: platforms,
  });
  return nextState.monitoring_platforms;
}

function projectMonitoringPlatforms(platforms: StoredMonitoringPlatformState[]): MonitoringLocalPlatformState[] {
  return platforms.map((platform) => ({
    ai_platform_id: platform.ai_platform_id,
    connected: platform.connected,
    accessible: platform.accessible,
    detected_at: platform.detected_at ?? null,
    reason_code: platform.reason_code ?? null,
    reason_message: platform.reason_message ?? null,
    message: platform.message ?? null,
  }));
}

function asMonitoringTaskContext(task: MonitoringLeaseTask): MonitoringAdapterTaskContext {
  return {
    task_id: task.task_id,
    brand_id: task.brand_id,
    question_id: task.question_id,
    question_hash: task.question_hash,
    question_text: task.question_text,
    ai_platform_id: task.ai_platform_id,
    platform_name: task.platform_name,
    collector_type: task.collector_type,
    run_mode: task.run_mode,
    trigger_source: task.trigger_source,
    business_date: task.business_date,
    lease_token: task.lease_token,
    lease_expires_at: task.lease_expires_at,
  };
}

function asTaskResultPayload(task: MonitoringLeaseTask, result: Awaited<ReturnType<typeof queryMonitoringTask>>): MonitoringTaskResultPayload {
  return {
    lease_token: task.lease_token,
    status: "succeeded",
    provider_model: normalizeText(result.provider_model),
    provider_request_id: normalizeText(result.provider_request_id),
    request_id: normalizeText(result.request_id),
    answer: normalizeText(result.answer),
    raw_response_json: (result.raw_response_json as Record<string, JsonValue> | undefined) ?? {},
    citations: result.citations ?? [],
    search_results: result.search_results ?? [],
    brand_mentioned: result.brand_mentioned ?? null,
    brand_mention_position: normalizeText(result.brand_mention_position),
    first_recommended: result.first_recommended ?? null,
    sentiment_label: normalizeText(result.sentiment_label),
    matched_brand_terms: result.matched_brand_terms ?? [],
  };
}

async function markMonitoringTaskSkipped(task: MonitoringLeaseTask, reason: string, errorMessage?: string | null): Promise<MonitoringSkipTaskResponse> {
  const payload: MonitoringSkipTaskPayload = {
    lease_token: task.lease_token,
    skip_reason: reason,
    error_message: normalizeText(errorMessage),
    completed_at: new Date().toISOString(),
  };
  return await postMonitoringApi<MonitoringSkipTaskResponse>("skip_task", payload);
}

async function submitMonitoringTaskResult(task: MonitoringLeaseTask, payload: MonitoringTaskResultPayload): Promise<MonitoringTaskResultResponse> {
  void task;
  return await postMonitoringApi<MonitoringTaskResultResponse>("submit_result", payload);
}

async function processMonitoringLeasedTask(
  platform: StoredMonitoringPlatformState,
  task: MonitoringLeaseTask,
): Promise<"processed" | "failed" | "skipped"> {
  if (!(await canQueryMonitoringPlatform(platform))) {
    await markMonitoringTaskSkipped(task, "adapter_not_ready", `monitoring adapter is not ready for ${platform.ai_platform_id}`);
    return "skipped";
  }

  try {
    const result = await queryMonitoringTask(platform, asMonitoringTaskContext(task));
    await submitMonitoringTaskResult(task, asTaskResultPayload(task, result));
    return "processed";
  } catch (error) {
    const message = error instanceof Error ? error.message : "monitoring_query_failed";
    try {
      await markMonitoringTaskSkipped(task, "query_failed", message);
    } catch {
      // Ignore secondary skip failures so the caller can continue draining the queue.
    }
    return "failed";
  }
}

async function resumeMonitoringTasks(aiPlatformIDs: string[]): Promise<MonitoringLeaseTask[]> {
  const payload: MonitoringResumeTasksPayload = {
    ai_platform_ids: aiPlatformIDs,
  };
  const resumed = await postMonitoringApi<MonitoringResumeTasksResponse>("resume_tasks", payload);
  return resumed.tasks;
}

async function leaseMonitoringTasks(aiPlatformIDs: string[]): Promise<MonitoringLeaseTasksResponse> {
  const payload: MonitoringLeaseTasksPayload = {
    limit: monitoringCycleBatchLeaseLimit,
    ai_platform_ids: aiPlatformIDs,
  };
  return await postMonitoringApi<MonitoringLeaseTasksResponse>("lease_tasks", payload);
}

function mergeMonitoringQueueTasks(
  existingQueue: StoredMonitoringScheduledTask[],
  incomingTasks: MonitoringLeaseTask[],
): StoredMonitoringScheduledTask[] {
  if (incomingTasks.length === 0) {
    return sortMonitoringTaskQueue(existingQueue);
  }

  const nowMs = currentTimestampMs();
  const queueByTaskID = new Map(existingQueue.map((task) => [task.task_id, task]));
  let latestDelayedExecuteAt = existingQueue.reduce((latest, task) => {
    if (task.pacing_mode !== "delayed") {
      return latest;
    }
    const executeAt = toTimestampMs(task.next_execute_at);
    return executeAt == null ? latest : Math.max(latest, executeAt);
  }, nowMs);

  for (const task of incomingTasks) {
    if (task.business_date !== currentMonitoringBusinessDate()) {
      continue;
    }

    const existing = queueByTaskID.get(task.task_id);
    if (existing) {
      queueByTaskID.set(task.task_id, {
        ...existing,
        ...task,
      });
      continue;
    }

    const immediate = isImmediateMonitoringTask(task);
    if (!immediate) {
      latestDelayedExecuteAt = Math.max(latestDelayedExecuteAt, nowMs) + randomMonitoringDelayMs();
    }

    queueByTaskID.set(task.task_id, {
      ...task,
      pacing_mode: immediate ? "immediate" : "delayed",
      scheduled_at: new Date(nowMs).toISOString(),
      next_execute_at: immediate ? new Date(nowMs).toISOString() : new Date(latestDelayedExecuteAt).toISOString(),
    });
  }

  return sortMonitoringTaskQueue(Array.from(queueByTaskID.values()));
}

async function persistMonitoringTaskQueue(queue: StoredMonitoringScheduledTask[]): Promise<StoredMonitoringScheduledTask[]> {
  const nextState = await patchExtensionState({
    monitoring_task_queue: sortMonitoringTaskQueue(queue),
  });
  return nextState.monitoring_task_queue;
}

async function pruneMonitoringTaskQueue(): Promise<StoredMonitoringScheduledTask[]> {
  const state = await getExtensionState();
  const today = currentMonitoringBusinessDate();
  const retained: StoredMonitoringScheduledTask[] = [];

  for (const task of state.monitoring_task_queue) {
    if (task.business_date === today) {
      retained.push(task);
      continue;
    }

    try {
      await markMonitoringTaskSkipped(
        task,
        "stale_business_date",
        `monitoring task business_date ${task.business_date} is not the current business date`,
      );
    } catch {
      // Best-effort cleanup for locally cached stale tasks.
    }
  }

  return await persistMonitoringTaskQueue(retained);
}

async function syncMonitoringTaskQueue(aiPlatformIDs: string[]): Promise<StoredMonitoringScheduledTask[]> {
  const localQueue = await pruneMonitoringTaskQueue();
  const resumedTasks = await resumeMonitoringTasks(aiPlatformIDs);
  const resumedTaskMap = new Map(resumedTasks.map((task) => [task.task_id, task]));

  const matchedQueue: StoredMonitoringScheduledTask[] = [];
  for (const task of localQueue) {
    const resumedTask = resumedTaskMap.get(task.task_id);
    if (!resumedTask) {
      continue;
    }
    matchedQueue.push({
      ...task,
      ...resumedTask,
    });
    resumedTaskMap.delete(task.task_id);
  }

  const mergedQueue = mergeMonitoringQueueTasks(matchedQueue, Array.from(resumedTaskMap.values()));
  return await persistMonitoringTaskQueue(mergedQueue);
}

async function appendMonitoringTasksToQueue(tasks: MonitoringLeaseTask[]): Promise<StoredMonitoringScheduledTask[]> {
  const state = await getExtensionState();
  const mergedQueue = mergeMonitoringQueueTasks(state.monitoring_task_queue, tasks);
  return await persistMonitoringTaskQueue(mergedQueue);
}

async function removeMonitoringTaskFromQueue(taskID: number): Promise<StoredMonitoringScheduledTask[]> {
  const state = await getExtensionState();
  return await persistMonitoringTaskQueue(state.monitoring_task_queue.filter((task) => task.task_id !== taskID));
}

function isMonitoringTaskDue(task: StoredMonitoringScheduledTask, nowMs: number): boolean {
  const executeAt = toTimestampMs(task.next_execute_at);
  return executeAt == null || executeAt <= nowMs;
}

async function processQueuedMonitoringTask(
  task: StoredMonitoringScheduledTask,
  platformMap: Map<string, StoredMonitoringPlatformState>,
): Promise<"processed" | "failed" | "skipped"> {
  if (task.business_date !== currentMonitoringBusinessDate()) {
    await markMonitoringTaskSkipped(
      task,
      "stale_business_date",
      `monitoring task business_date ${task.business_date} is not the current business date`,
    );
    return "skipped";
  }

  const platform = platformMap.get(task.ai_platform_id);
  if (!platform) {
    await markMonitoringTaskSkipped(task, "platform_not_configured", `monitoring platform ${task.ai_platform_id} is not configured locally`);
    return "skipped";
  }

  return await processMonitoringLeasedTask(platform, task);
}

async function processImmediateMonitoringTasks(
  platformMap: Map<string, StoredMonitoringPlatformState>,
): Promise<{ processedCount: number; failedCount: number; skippedCount: number }> {
  let processedCount = 0;
  let failedCount = 0;
  let skippedCount = 0;

  for (;;) {
    const state = await getExtensionState();
    const dueImmediateTask = state.monitoring_task_queue.find(
      (task) => task.pacing_mode === "immediate" && isMonitoringTaskDue(task, currentTimestampMs()),
    );
    if (!dueImmediateTask) {
      break;
    }

    const outcome = await processQueuedMonitoringTask(dueImmediateTask, platformMap);
    await removeMonitoringTaskFromQueue(dueImmediateTask.task_id);

    if (outcome === "processed") {
      processedCount += 1;
      continue;
    }
    if (outcome === "failed") {
      failedCount += 1;
      continue;
    }
    skippedCount += 1;
  }

  return {
    processedCount,
    failedCount,
    skippedCount,
  };
}

async function processNextDelayedMonitoringTask(
  platformMap: Map<string, StoredMonitoringPlatformState>,
): Promise<{ processedCount: number; failedCount: number; skippedCount: number }> {
  const state = await getExtensionState();
  const delayedTask = state.monitoring_task_queue.find(
    (task) => task.pacing_mode === "delayed" && isMonitoringTaskDue(task, currentTimestampMs()),
  );
  if (!delayedTask) {
    return {
      processedCount: 0,
      failedCount: 0,
      skippedCount: 0,
    };
  }

  const outcome = await processQueuedMonitoringTask(delayedTask, platformMap);
  await removeMonitoringTaskFromQueue(delayedTask.task_id);

  if (outcome === "processed") {
    return { processedCount: 1, failedCount: 0, skippedCount: 0 };
  }
  if (outcome === "failed") {
    return { processedCount: 0, failedCount: 1, skippedCount: 0 };
  }
  return { processedCount: 0, failedCount: 0, skippedCount: 1 };
}

export async function handleMonitoringAction(
  action: MonitoringAction,
): Promise<
  MonitoringPluginPingResponse | MonitoringLocalPlatformState[] | MonitoringHeartbeatSyncResult | MonitoringCycleResult | MonitoringRuntimeStateSnapshot
> {
  switch (action) {
    case "ping":
      return await handleMonitoringPing();
    case "detectPlatforms":
      return await handleMonitoringDetectPlatforms();
    case "syncHeartbeat":
      return await handleMonitoringSyncHeartbeat(false);
    case "runCycle":
      return await runMonitoringCycle("manual");
    case "getState":
      return await handleMonitoringGetState();
    default:
      throw new Error("monitoring_action_not_supported");
  }
}

export async function runMonitoringCycle(mode: MonitoringCycleMode): Promise<MonitoringCycleResult> {
  return await handleMonitoringRunCycle(mode);
}

async function handleMonitoringPing(): Promise<MonitoringPluginPingResponse> {
  const state = await getExtensionState();
  return {
    installed: true,
    version: browser.runtime.getManifest().version,
    capabilities: ["ping", "detect", "heartbeat", "lease", "background"],
    installation_key: state.installation_key,
    plugin_installation_id: state.plugin_installation_id,
  };
}

async function handleMonitoringDetectPlatforms(): Promise<MonitoringLocalPlatformState[]> {
  const platforms = await detectAllMonitoringPlatforms();
  const persisted = await persistMonitoringPlatforms(platforms);
  return projectMonitoringPlatforms(persisted);
}

async function handleMonitoringSyncHeartbeat(allowCachedRemote: boolean): Promise<MonitoringHeartbeatSyncResult> {
  const detectedPlatforms = await detectAllMonitoringPlatforms();
  const persistedPlatforms = await persistMonitoringPlatforms(detectedPlatforms);
  const projectedPlatforms = projectMonitoringPlatforms(persistedPlatforms);
  const heartbeatAt = new Date().toISOString();

  const state = await getExtensionState();
  if (!state.plugin_installation_id || !state.installation_token || !state.api_base_url) {
    await patchExtensionState({
      monitoring_last_heartbeat_at: heartbeatAt,
      monitoring_last_heartbeat_status: "local_only",
    });
    return {
      success: true,
      source: "local",
      platform_states: projectedPlatforms,
      heartbeat: null,
      message: "monitoring installation is not registered yet",
    };
  }

  if (allowCachedRemote && hasFreshSuccessfulMonitoringHeartbeat(state)) {
    return {
      success: true,
      source: "local",
      platform_states: projectedPlatforms,
      heartbeat: null,
      message: "reused recent monitoring heartbeat",
    };
  }

  try {
    const heartbeat = await postMonitoringApi<MonitoringHeartbeatResponse>("heartbeat", {
      platforms: persistedPlatforms.map(toMonitoringPlatformPayload),
    });

    await patchExtensionState({
      monitoring_last_heartbeat_at: heartbeatAt,
      monitoring_last_heartbeat_status: "success",
    });

    return {
      success: true,
      source: "remote",
      platform_states: projectedPlatforms,
      heartbeat,
      message: null,
    };
  } catch (error) {
    await patchExtensionState({
      monitoring_last_heartbeat_at: heartbeatAt,
      monitoring_last_heartbeat_status: "failed",
    });
    throw error;
  }
}

async function handleMonitoringRunCycle(mode: MonitoringCycleMode): Promise<MonitoringCycleResult> {
  let heartbeatResult: MonitoringHeartbeatSyncResult;
  try {
    heartbeatResult = await handleMonitoringSyncHeartbeat(mode === "automatic");
  } catch (error) {
    await patchExtensionState({
      monitoring_last_cycle_at: new Date().toISOString(),
      monitoring_last_cycle_status: "heartbeat_failed",
    });
    throw error;
  }
  const state = await getExtensionState();
  const accessiblePlatforms = state.monitoring_platforms.filter((platform) => platform.accessible);
  const queryReadyPlatforms = (
    await Promise.all(
      accessiblePlatforms.map(async (platform) => ({
        platform,
        canQuery: await canQueryMonitoringPlatform(platform),
      })),
    )
  )
    .filter((item) => item.canQuery)
    .map((item) => item.platform);

  if (!state.plugin_installation_id || !state.installation_token || !state.api_base_url) {
    await patchExtensionState({
      monitoring_last_cycle_at: new Date().toISOString(),
      monitoring_last_cycle_status: "not_configured",
    });
    return {
      success: false,
      leased_task_count: 0,
      processed_task_count: 0,
      failed_task_count: 0,
      skipped_task_count: 0,
      message: "monitoring installation is not registered yet",
    };
  }

  if (queryReadyPlatforms.length === 0) {
    await patchExtensionState({
      monitoring_last_cycle_at: new Date().toISOString(),
      monitoring_last_cycle_status: "no_query_capable_platforms",
    });
    return {
      success: heartbeatResult.success,
      leased_task_count: 0,
      processed_task_count: 0,
      failed_task_count: 0,
      skipped_task_count: 0,
      message: "monitoring adapters are not query-ready yet",
    };
  }

  const queryReadyPlatformIDs = queryReadyPlatforms.map((platform) => platform.ai_platform_id);
  const platformMap = new Map(queryReadyPlatforms.map((platform) => [platform.ai_platform_id, platform] as const));

  let leasedTaskCount = 0;
  let processedCount = 0;
  let failedCount = 0;
  let skippedCount = 0;

  let queue = await syncMonitoringTaskQueue(queryReadyPlatformIDs);
  if (mode === "manual" || queue.length === 0) {
    const leased = await leaseMonitoringTasks(queryReadyPlatformIDs);
    leasedTaskCount += leased.lease_count;
    if (leased.tasks.length > 0) {
      queue = await appendMonitoringTasksToQueue(leased.tasks);
    }
  }

  const immediateResult = await processImmediateMonitoringTasks(platformMap);
  processedCount += immediateResult.processedCount;
  failedCount += immediateResult.failedCount;
  skippedCount += immediateResult.skippedCount;

  if (mode === "automatic" && immediateResult.processedCount === 0) {
    const delayedResult = await processNextDelayedMonitoringTask(platformMap);
    processedCount += delayedResult.processedCount;
    failedCount += delayedResult.failedCount;
    skippedCount += delayedResult.skippedCount;
  }

  const remainingQueue = (await getExtensionState()).monitoring_task_queue;
  const cycleStatus =
    failedCount > 0
      ? "partial_failed"
      : processedCount > 0
        ? "success"
        : skippedCount > 0
          ? "skipped"
          : remainingQueue.length > 0
            ? "scheduled"
            : "idle";
  await patchExtensionState({
    monitoring_last_cycle_at: new Date().toISOString(),
    monitoring_last_cycle_status: cycleStatus,
  });

  return {
    success: failedCount === 0,
    leased_task_count: leasedTaskCount,
    processed_task_count: processedCount,
    failed_task_count: failedCount,
    skipped_task_count: skippedCount,
    message: remainingQueue.length > 0 ? `scheduled ${remainingQueue.length} monitoring tasks` : null,
  };
}

async function handleMonitoringGetState(): Promise<MonitoringRuntimeStateSnapshot> {
  const state = await getExtensionState();
  return {
    installation_key: state.installation_key,
    plugin_installation_id: state.plugin_installation_id,
    api_base_url: state.api_base_url,
    monitoring_last_heartbeat_at: state.monitoring_last_heartbeat_at,
    monitoring_last_heartbeat_status: state.monitoring_last_heartbeat_status,
    monitoring_last_cycle_at: state.monitoring_last_cycle_at,
    monitoring_last_cycle_status: state.monitoring_last_cycle_status,
    monitoring_platforms: state.monitoring_platforms,
  };
}