import { useAtomValue } from "@effect/atom-react";import { WS_METHODS } from "@t3tools/contracts";import { Atom } from "effect/unstable/reactivity"; import { appAtomRegistry } from "./atomRegistry"; export const SLOW_RPC_ACK_THRESHOLD_MS = 15_000;/** * Some requests are slow by design — they shell out to a package manager on the * server and only respond once the install finishes. Warning about those after * 15s is noise, so they get a much longer leash. */export const LONG_RUNNING_RPC_ACK_THRESHOLD_MS = 120_000;export const MAX_TRACKED_RPC_ACK_REQUESTS = 256;let slowRpcAckThresholdMs = SLOW_RPC_ACK_THRESHOLD_MS; export interface SlowRpcAckRequest { readonly requestId: string; readonly startedAt: string; readonly startedAtMs: number; readonly tag: string; readonly thresholdMs: number;} interface PendingRpcAckRequest { readonly request: SlowRpcAckRequest; readonly timeoutId: ReturnType<typeof setTimeout>;} const pendingRpcAckRequests = new Map<string, PendingRpcAckRequest>();const untrackedRpcAckMethods = new Set<string>([ WS_METHODS.previewAutomationConnect, WS_METHODS.serverGetUsageSummary,]);const longRunningRpcAckMethods = new Set<string>([ WS_METHODS.serverUpdateProvider, WS_METHODS.serverRefreshProviders, WS_METHODS.serverUpdateServer,]); const slowRpcAckRequestsAtom = Atom.make<ReadonlyArray<SlowRpcAckRequest>>([]).pipe( Atom.keepAlive, Atom.withLabel("slow-rpc-ack-requests"),); function setSlowRpcAckRequests(requests: ReadonlyArray<SlowRpcAckRequest>) { appAtomRegistry.set(slowRpcAckRequestsAtom, [...requests]);} function getSlowRpcAckRequestsValue(): ReadonlyArray<SlowRpcAckRequest> { return appAtomRegistry.get(slowRpcAckRequestsAtom);} function shouldTrackRpcAck(method: string): boolean { return ( !method.includes("subscribe") && !method.startsWith("pullRequests.") && !untrackedRpcAckMethods.has(method) );} function rpcAckThresholdMs(method: string): number { return longRunningRpcAckMethods.has(method) ? Math.max(slowRpcAckThresholdMs, LONG_RUNNING_RPC_ACK_THRESHOLD_MS) : slowRpcAckThresholdMs;} export function getSlowRpcAckRequests(): ReadonlyArray<SlowRpcAckRequest> { return getSlowRpcAckRequestsValue();} /** * Starts the slow-request timer for one in-flight unary RPC. `method` is the * bare WS method (used to decide whether and how long to wait); `tag` is the * human-readable label shown in the toast, which defaults to the method. */export function trackRpcRequestSent(requestId: string, method: string, tag = method): void { if (!shouldTrackRpcAck(method)) { return; } clearTrackedRpcRequest(requestId); evictOldestPendingRpcRequestIfNeeded(); const startedAtMs = Date.now(); const thresholdMs = rpcAckThresholdMs(method); const request: SlowRpcAckRequest = { requestId, startedAt: new Date(startedAtMs).toISOString(), startedAtMs, tag, thresholdMs, }; const timeoutId = setTimeout(() => { pendingRpcAckRequests.delete(requestId); appendSlowRpcAckRequest(request); }, thresholdMs); pendingRpcAckRequests.set(requestId, { request, timeoutId, });} export function acknowledgeRpcRequest(requestId: string): void { clearTrackedRpcRequest(requestId); const slowRequests = getSlowRpcAckRequestsValue(); if (!slowRequests.some((request) => request.requestId === requestId)) { return; } setSlowRpcAckRequests(slowRequests.filter((request) => request.requestId !== requestId));} function clearAllTrackedRpcRequests(): void { for (const pending of pendingRpcAckRequests.values()) { clearTimeout(pending.timeoutId); } pendingRpcAckRequests.clear(); setSlowRpcAckRequests([]);} function clearTrackedRpcRequest(requestId: string): void { const pending = pendingRpcAckRequests.get(requestId); if (!pending) { return; } clearTimeout(pending.timeoutId); pendingRpcAckRequests.delete(requestId);} function appendSlowRpcAckRequest(request: SlowRpcAckRequest): void { const requests = [...getSlowRpcAckRequestsValue(), request]; if (requests.length <= MAX_TRACKED_RPC_ACK_REQUESTS) { setSlowRpcAckRequests(requests); return; } setSlowRpcAckRequests(requests.slice(-MAX_TRACKED_RPC_ACK_REQUESTS));} function evictOldestPendingRpcRequestIfNeeded(): void { while (pendingRpcAckRequests.size >= MAX_TRACKED_RPC_ACK_REQUESTS) { const oldestRequestId = pendingRpcAckRequests.keys().next().value; if (oldestRequestId === undefined) { return; } clearTrackedRpcRequest(oldestRequestId); }} export function resetRequestLatencyStateForTests(): void { slowRpcAckThresholdMs = SLOW_RPC_ACK_THRESHOLD_MS; clearAllTrackedRpcRequests();} export function useSlowRpcAckRequests(): ReadonlyArray<SlowRpcAckRequest> { return useAtomValue(slowRpcAckRequestsAtom);}
import { useAtomValue } from "@effect/atom-react";
import { WS_METHODS } from "@t3tools/contracts";
import { Atom } from "effect/unstable/reactivity";
import { appAtomRegistry } from "./atomRegistry";
export const SLOW_RPC_ACK_THRESHOLD_MS = 15_000;
/**
* Some requests are slow by design — they shell out to a package manager on the
* server and only respond once the install finishes. Warning about those after
* 15s is noise, so they get a much longer leash.
*/
export const LONG_RUNNING_RPC_ACK_THRESHOLD_MS = 120_000;
export const MAX_TRACKED_RPC_ACK_REQUESTS = 256;
let slowRpcAckThresholdMs = SLOW_RPC_ACK_THRESHOLD_MS;
export interface SlowRpcAckRequest {
readonly requestId: string;
readonly startedAt: string;
readonly startedAtMs: number;
readonly tag: string;
readonly thresholdMs: number;
}
interface PendingRpcAckRequest {
readonly request: SlowRpcAckRequest;
readonly timeoutId: ReturnType<typeof setTimeout>;
}
const pendingRpcAckRequests = new Map<string, PendingRpcAckRequest>();
const untrackedRpcAckMethods = new Set<string>([
WS_METHODS.previewAutomationConnect,
WS_METHODS.serverGetUsageSummary,
]);
const longRunningRpcAckMethods = new Set<string>([
WS_METHODS.serverUpdateProvider,
WS_METHODS.serverRefreshProviders,
WS_METHODS.serverUpdateServer,
]);
const slowRpcAckRequestsAtom = Atom.make<ReadonlyArray<SlowRpcAckRequest>>([]).pipe(
Atom.keepAlive,
Atom.withLabel("slow-rpc-ack-requests"),
);
function setSlowRpcAckRequests(requests: ReadonlyArray<SlowRpcAckRequest>) {
appAtomRegistry.set(slowRpcAckRequestsAtom, [...requests]);
}
function getSlowRpcAckRequestsValue(): ReadonlyArray<SlowRpcAckRequest> {
return appAtomRegistry.get(slowRpcAckRequestsAtom);
}
function shouldTrackRpcAck(method: string): boolean {
return (
!method.includes("subscribe") &&
!method.startsWith("pullRequests.") &&
!untrackedRpcAckMethods.has(method)
);
}
function rpcAckThresholdMs(method: string): number {
return longRunningRpcAckMethods.has(method)
? Math.max(slowRpcAckThresholdMs, LONG_RUNNING_RPC_ACK_THRESHOLD_MS)
: slowRpcAckThresholdMs;
}
export function getSlowRpcAckRequests(): ReadonlyArray<SlowRpcAckRequest> {
return getSlowRpcAckRequestsValue();
}
/**
* Starts the slow-request timer for one in-flight unary RPC. `method` is the
* bare WS method (used to decide whether and how long to wait); `tag` is the
* human-readable label shown in the toast, which defaults to the method.
*/
export function trackRpcRequestSent(requestId: string, method: string, tag = method): void {
if (!shouldTrackRpcAck(method)) {
return;
}
clearTrackedRpcRequest(requestId);
evictOldestPendingRpcRequestIfNeeded();
const startedAtMs = Date.now();
const thresholdMs = rpcAckThresholdMs(method);
const request: SlowRpcAckRequest = {
requestId,
startedAt: new Date(startedAtMs).toISOString(),
startedAtMs,
tag,
thresholdMs,
};
const timeoutId = setTimeout(() => {
pendingRpcAckRequests.delete(requestId);
appendSlowRpcAckRequest(request);
}, thresholdMs);
pendingRpcAckRequests.set(requestId, {
request,
timeoutId,
});
}
export function acknowledgeRpcRequest(requestId: string): void {
clearTrackedRpcRequest(requestId);
const slowRequests = getSlowRpcAckRequestsValue();
if (!slowRequests.some((request) => request.requestId === requestId)) {
return;
}
setSlowRpcAckRequests(slowRequests.filter((request) => request.requestId !== requestId));
}
function clearAllTrackedRpcRequests(): void {
for (const pending of pendingRpcAckRequests.values()) {
clearTimeout(pending.timeoutId);
}
pendingRpcAckRequests.clear();
setSlowRpcAckRequests([]);
}
function clearTrackedRpcRequest(requestId: string): void {
const pending = pendingRpcAckRequests.get(requestId);
if (!pending) {
return;
}
clearTimeout(pending.timeoutId);
pendingRpcAckRequests.delete(requestId);
}
function appendSlowRpcAckRequest(request: SlowRpcAckRequest): void {
const requests = [...getSlowRpcAckRequestsValue(), request];
if (requests.length <= MAX_TRACKED_RPC_ACK_REQUESTS) {
setSlowRpcAckRequests(requests);
return;
}
setSlowRpcAckRequests(requests.slice(-MAX_TRACKED_RPC_ACK_REQUESTS));
}
function evictOldestPendingRpcRequestIfNeeded(): void {
while (pendingRpcAckRequests.size >= MAX_TRACKED_RPC_ACK_REQUESTS) {
const oldestRequestId = pendingRpcAckRequests.keys().next().value;
if (oldestRequestId === undefined) {
return;
}
clearTrackedRpcRequest(oldestRequestId);
}
}
export function resetRequestLatencyStateForTests(): void {
slowRpcAckThresholdMs = SLOW_RPC_ACK_THRESHOLD_MS;
clearAllTrackedRpcRequests();
}
export function useSlowRpcAckRequests(): ReadonlyArray<SlowRpcAckRequest> {
return useAtomValue(slowRpcAckRequestsAtom);
}