import type {  ResourceTelemetryProcessCategory,  ServerProcessResourceHistoryInput,  ServerProcessResourceHistoryResult,} from "@t3tools/contracts";import * as Context from "effect/Context";import * as Effect from "effect/Effect";import * as Layer from "effect/Layer";import * as Option from "effect/Option"; import * as ResourceTelemetry from "../resourceTelemetry/ResourceTelemetry.ts"; export class ProcessResourceMonitor extends Context.Service<  ProcessResourceMonitor,  {    readonly readHistory: (      input: ServerProcessResourceHistoryInput,    ) => Effect.Effect<ServerProcessResourceHistoryResult>;  }>()("t3/diagnostics/ProcessResourceMonitor") {} function isLegacyBackendCategory(category: ResourceTelemetryProcessCategory): boolean {  return (    category === "server" ||    category === "server-child" ||    category === "provider-root" ||    category === "terminal-root"  );} export const make = Effect.fn("makeProcessResourceMonitor")(function* () {  const telemetry = yield* ResourceTelemetry.ResourceTelemetry;  const readHistory: ProcessResourceMonitor["Service"]["readHistory"] = (input) =>    telemetry.readHistory(input).pipe(      Effect.map((history) => {        const topProcesses = history.topProcesses          .filter((entry) => isLegacyBackendCategory(entry.category))          .map((entry) => ({            processKey: `${entry.identity.pid}:${entry.identity.startTimeMs}`,            pid: entry.identity.pid,            ppid: entry.ppid,            command: entry.command || entry.name || "unknown",            depth: entry.depth,            isServerRoot: entry.category === "server",            firstSeenAt: entry.firstSeenAt,            lastSeenAt: entry.lastSeenAt,            currentCpuPercent: entry.currentCpuPercent,            avgCpuPercent: entry.avgCpuPercent,            maxCpuPercent: entry.maxCpuPercent,            cpuSecondsApprox: entry.cpuTimeMs / 1_000,            currentRssBytes: entry.currentRssBytes,            maxRssBytes: entry.peakRssBytes,            sampleCount: entry.sampleCount,          }));        return {          readAt: history.readAt,          windowMs: history.windowMs,          bucketMs: history.bucketMs,          sampleIntervalMs: history.sampleIntervalMs,          retainedSampleCount: history.retainedSampleCount,          totalCpuSecondsApprox: topProcesses.reduce(            (total, entry) => total + entry.cpuSecondsApprox,            0,          ),          buckets: (history.legacyBackendBuckets ?? history.buckets).map((bucket) => ({            startedAt: bucket.startedAt,            endedAt: bucket.endedAt,            avgCpuPercent: bucket.avgCpuPercent,            maxCpuPercent: bucket.maxCpuPercent,            maxRssBytes: bucket.maxRssBytes,            maxProcessCount: bucket.maxProcessCount,          })),          topProcesses,          error: history.health.native.lastError.pipe(            Option.map((message) => ({              failureTag: "ProcessDiagnosticsQueryFailedError" as const,              message,            })),          ),        };      }),    );   return ProcessResourceMonitor.of({ readHistory });}); export const layer = Layer.effect(ProcessResourceMonitor, make());