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[READ-ONLY] Mirror of https://github.com/openstatusHQ/openstatus. 🫖 Status page with uptime monitoring & API monitoring as code 🫖 openstatus.dev
bun drizzle-orm monitoring monitoring-as-code nextjs observability on-call open-source shadcn-ui status-page statuspage synthetic-monitoring tinybird turso uptime uptime-checker uptime-monitor
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{ Tinybird as Client, NoopTinybird } from "@chronark/zod-bird";import { z } from "zod";
import { monitorRegions } from "../../db/src/schema/constants";import { env } from "./env";import { headersSchema, timingPhasesSchema, timingSchema, triggers,} from "./schema";
const PUBLIC_CACHE = 300; // 5 * 60 = 300s = 5mconst DEV_CACHE = 10 * 60; // 10mconst REVALIDATE = env.NODE_ENV === "development" ? DEV_CACHE : 0;
// Cheaper than a Tinybird 400 round trip for a zone ClickHouse won't know.const timeZoneValidity = new Map<string, boolean>();
export function isValidTimeZone(timeZone: string): boolean { // Intl also takes `+05:30`-style offsets; ClickHouse only knows zone names. if (/^[+-]/.test(timeZone)) return false; let valid = timeZoneValidity.get(timeZone); if (valid === undefined) { try { new Intl.DateTimeFormat("en-US", { timeZone }); valid = true; } catch (error) { if (!(error instanceof RangeError)) throw error; valid = false; } timeZoneValidity.set(timeZone, valid); } return valid;}
// 15-minute buckets regroup into local days for every IANA zone: all current// offsets are multiples of 15 minutes.export const status15mParameters = z.object({ monitorIds: z.string().array(), timezone: z .string() .refine(isValidTimeZone, "timezone must be an IANA zone name") .prefault("UTC"),});
/** * Same columns as the 45d pipes. `day` is the local calendar date re-keyed as * UTC midnight, the convention day-keyed consumers already read — a Berlin * 2026-10-14 stays "2026-10-14", not the 22:00Z instant of local midnight. * `monitorId` is a String column in the http datasource and Int32 elsewhere, * so the non-http getters pass `z.coerce.string()`. */export function status15mShape(monitorId: z.ZodType<string>) { return z.object({ day: z .string() .regex(/^\d{4}-\d{2}-\d{2}$/) .transform((val) => new Date(`${val}T00:00:00.000Z`).toISOString()), count: z.number().prefault(0), ok: z.number().prefault(0), degraded: z.number().prefault(0), error: z.number().prefault(0), monitorId, });}
// Daily-aggregate columns shared by the external-status history pipes (page-// level and per-component). One shape so the `day` GMT-parse can't drift.const externalStatusHistoryDailyShape = { day: z.string().transform((val) => new Date(`${val} GMT`).toISOString()), worst_indicator: z.string(), had_maintenance: z.int(), snapshot_count: z.int(),};
const icmpMetricsShape = z.object({ p50Latency: z.number().nullable().prefault(0), p75Latency: z.number().nullable().prefault(0), p90Latency: z.number().nullable().prefault(0), p95Latency: z.number().nullable().prefault(0), p99Latency: z.number().nullable().prefault(0), count: z.int().prefault(0), success: z.int().prefault(0), degraded: z.int().prefault(0), error: z.int().prefault(0), lastTimestamp: z.int().nullable(),});
const icmpMetricsByIntervalParameters = z.object({ regions: z.array(z.enum(monitorRegions).or(z.string())).optional(), interval: z.int().optional(), monitorId: z.string(),});
const icmpMetricsByIntervalShape = z.object({ region: z.enum(monitorRegions).or(z.string()), timestamp: z.int(), p50Latency: z.number().nullable().prefault(0), p75Latency: z.number().nullable().prefault(0), p90Latency: z.number().nullable().prefault(0), p95Latency: z.number().nullable().prefault(0), p99Latency: z.number().nullable().prefault(0),});
const icmpMetricsByRegionParameters = z.object({ monitorId: z.string(), regions: z.array(z.enum(monitorRegions).or(z.string())).optional(),});
const icmpMetricsByRegionShape = z.object({ region: z.enum(monitorRegions).or(z.string()), count: z.int(), ok: z.int(), p50Latency: z.number().nullable().prefault(0), p75Latency: z.number().nullable().prefault(0), p90Latency: z.number().nullable().prefault(0), p95Latency: z.number().nullable().prefault(0), p99Latency: z.number().nullable().prefault(0),});
const icmpMetricsLatencyShape = z.object({ timestamp: z.int(), p50Latency: z.int(), p75Latency: z.int(), p90Latency: z.int(), p95Latency: z.int(), p99Latency: z.int(),});
const icmpUptimeParameters = z.object({ monitorId: z.string(), fromDate: z.string().optional(), toDate: z.string().optional(), regions: z.enum(monitorRegions).or(z.string()).array().optional(), interval: z.int().optional(),});
const icmpUptimeShape = z.object({ interval: z.coerce.date(), success: z.int(), degraded: z.int(), error: z.int(),});
// Row shapes shared by the v1 (offset) and v2 (cursor) list pipes of each job// type — one object per type so the two generations cannot drift apart.const httpListRowShape = { type: z.literal("http").prefault("http"), id: z.string().nullable(), latency: z.int(), statusCode: z.int().nullable(), monitorId: z.string(), requestStatus: z.enum(["error", "success", "degraded"]).nullable(), region: z.enum(monitorRegions).or(z.string()), cronTimestamp: z.int(), trigger: z.enum(triggers).nullable().prefault("cron"), timestamp: z.number(), timing: timingPhasesSchema,};
const tcpListRowShape = { type: z.literal("tcp").prefault("tcp"), id: z.string().nullable(), latency: z.int(), monitorId: z.coerce.string(), requestStatus: z.enum(["error", "success", "degraded"]).nullable(), region: z.enum(monitorRegions).or(z.string()), cronTimestamp: z.int(), trigger: z.enum(triggers).nullable().prefault("cron"), timestamp: z.number(),};
const icmpListRowShape = { type: z.literal("icmp").prefault("icmp"), id: z.string().nullable(), latency: z.int(), latencyMin: z.int().prefault(0), latencyMax: z.int().prefault(0), packetsSent: z.int().prefault(0), packetsReceived: z.int().prefault(0), monitorId: z.coerce.string(), requestStatus: z.enum(["error", "success", "degraded"]).nullable(), region: z.enum(monitorRegions).or(z.string()), cronTimestamp: z.int(), trigger: z.enum(triggers).nullable().prefault("cron"), timestamp: z.number(),};
const dnsListRowShape = { type: z.literal("dns").prefault("dns"), id: z.coerce.string().nullable(), uri: z.string(), latency: z.int(), monitorId: z.coerce.string(), requestStatus: z.enum(["error", "success", "degraded"]).nullable(), region: z.enum(monitorRegions).or(z.string()), cronTimestamp: z.int(), trigger: z.enum(triggers).nullable().prefault("cron"), timestamp: z.number(), records: z .string() .transform((str) => { try { return JSON.parse(str) as Record<string, unknown>; } catch (error) { console.error(error); return {}; } }) .pipe(z.record(z.string(), z.array(z.string()))),};
const grpcListRowShape = { type: z.literal("grpc").prefault("grpc"), id: z.string().nullable(), latency: z.int(), servingStatus: z.string().nullable(), grpcCode: z.int().nullable(), service: z.string().nullable(), monitorId: z.coerce.string(), requestStatus: z.enum(["error", "success", "degraded"]).nullable(), region: z.enum(monitorRegions).or(z.string()), cronTimestamp: z.int(), trigger: z.enum(triggers).nullable().prefault("cron"), timestamp: z.number(), // gRPC is HTTP/2, so the checker writes HTTP's phase shape verbatim. timing: timingPhasesSchema,};
// Filters every v2 list and facet pipe accepts; each maps to one `IN` or range// predicate evaluated by Tinybird instead of the browser.// Bounded here too: these are comma-joined into the pipe request's query string,// so the ceiling has to hold at the boundary that builds the URL.const responseLogFilterShape = { regions: z.array(z.string().max(64)).max(128).optional(), status: z.array(z.string().max(16)).max(3).optional(), trigger: z.array(z.string().max(16)).max(2).optional(), latencyMin: z.int().optional(), latencyMax: z.int().optional(),};
const httpResponseLogFilterShape = { ...responseLogFilterShape, // `Array(statusCodes, 'Int16')` in the pipes: out of that range the query // errors instead of matching nothing. statusCodes: z.array(z.int().min(0).max(32_767)).max(100).optional(),};
// The service overfetches by the monitor's location count on top of the caller's// page size, so this ceiling sits well above the 100-row service maximum.const listV2WindowShape = { monitorId: z.string(), fromDate: z.int().optional(), toDate: z.int().optional(), cursor: z.int().optional(), direction: z.enum(["next", "prev"]).prefault("next"), limit: z.int().min(1).max(1000),};
const facetWindowShape = { monitorId: z.string(), fromDate: z.int().optional(), toDate: z.int().optional(),};
const facetRowShape = { field: z.string(), value: z.string(), count: z.int(),};
const grpcMetricsShape = z.object({ p50Latency: z.number().nullable().prefault(0), p75Latency: z.number().nullable().prefault(0), p90Latency: z.number().nullable().prefault(0), p95Latency: z.number().nullable().prefault(0), p99Latency: z.number().nullable().prefault(0), count: z.int().prefault(0), success: z.int().prefault(0), degraded: z.int().prefault(0), error: z.int().prefault(0), lastTimestamp: z.int().nullable(),});
const grpcMetricsByIntervalParameters = z.object({ regions: z.array(z.enum(monitorRegions).or(z.string())).optional(), interval: z.int().optional(), monitorId: z.string(),});
const grpcMetricsByIntervalShape = z.object({ region: z.enum(monitorRegions).or(z.string()), timestamp: z.int(), p50Latency: z.number().nullable().prefault(0), p75Latency: z.number().nullable().prefault(0), p90Latency: z.number().nullable().prefault(0), p95Latency: z.number().nullable().prefault(0), p99Latency: z.number().nullable().prefault(0),});
const grpcMetricsByRegionParameters = z.object({ monitorId: z.string(), regions: z.array(z.enum(monitorRegions).or(z.string())).optional(),});
const grpcMetricsByRegionShape = z.object({ region: z.enum(monitorRegions).or(z.string()), count: z.int(), ok: z.int(), p50Latency: z.number().nullable().prefault(0), p75Latency: z.number().nullable().prefault(0), p90Latency: z.number().nullable().prefault(0), p95Latency: z.number().nullable().prefault(0), p99Latency: z.number().nullable().prefault(0),});
const grpcMetricsLatencyShape = z.object({ timestamp: z.int(), p50Latency: z.int(), p75Latency: z.int(), p90Latency: z.int(), p95Latency: z.int(), p99Latency: z.int(),});
const grpcUptimeParameters = z.object({ monitorId: z.string(), fromDate: z.string().optional(), toDate: z.string().optional(), regions: z.enum(monitorRegions).or(z.string()).array().optional(), interval: z.int().optional(),});
const grpcUptimeShape = z.object({ interval: z.coerce.date(), success: z.int(), degraded: z.int(), error: z.int(),});
export const TINYBIRD_DEFAULT_URL = "https://api.tinybird.co";
/** * A `TINYBIRD_NOOP` env value. Apps hand this over in two shapes: a real * boolean where the env schema validated it, a raw string where the schema ran * with `skipValidation` — and the string `"false"` is truthy, so it can never * be tested directly. Anything unset or unrecognised means disabled. */export const noopFlagSchema = z.stringbool().or(z.boolean()).catch(false);
/** Test runs and the `TINYBIRD_NOOP` flag resolve every pipe to empty. */export function isTinybirdNoop(noop: OSTinybirdConfig["noop"]): boolean { return env.NODE_ENV === "test" || noopFlagSchema.parse(noop);}
export type OSTinybirdConfig = { token: string; /** Instance to query. Callers pass their app's validated env value. */ baseUrl?: string; /** Resolve every pipe and ingest to empty — tests and offline dev. */ noop?: boolean | string;};
export class OSTinybird { private readonly tb: Client;
constructor(config: OSTinybirdConfig) { // Tests must never reach a real instance whatever token sits in the env — // checked here so no call site can forget it. const noop = isTinybirdNoop(config.noop); // An empty token cannot authenticate, so noop keeps pipes resolving empty // instead of throwing at every call site. if (noop || !config.token) { if (!noop) { console.warn( "[tinybird] no token configured — every pipe will return empty data", ); } this.tb = new NoopTinybird(); } else { this.tb = new Client({ token: config.token, baseUrl: config.baseUrl || TINYBIRD_DEFAULT_URL, }); } }
public get homeStats() { return this.tb.buildPipe({ pipe: "endpoint__stats_global__v0", parameters: z.object({ cronTimestamp: z.int().optional(), period: z.enum(["total", "1h", "10m", "1d", "1w", "1m"]).optional(), }), data: z.object({ count: z.int(), }), // REMINDER: cache on build time as it's a global stats opts: { cache: "force-cache" }, }); }
public get legacy_httpListDaily() { return this.tb.buildPipe({ pipe: "endpoint__http_list_1d__v0", parameters: z.object({ monitorId: z.string(), }), data: z.object({ type: z.literal("http").prefault("http"), latency: z.int(), statusCode: z.int().nullable(), monitorId: z.string(), error: z.coerce.boolean(), region: z.enum(monitorRegions).or(z.string()), cronTimestamp: z.int(), trigger: z.enum(triggers).nullable().prefault("cron"), timestamp: z.number(), workspaceId: z.string(), }), opts: { next: { revalidate: REVALIDATE } }, }); }
public get httpListDaily() { return this.tb.buildPipe({ pipe: "endpoint__http_list_1d__v1", parameters: z.object({ monitorId: z.string(), fromDate: z.int().optional(), toDate: z.int().optional(), }), data: z.object(httpListRowShape), opts: { next: { revalidate: REVALIDATE } }, }); }
public get legacy_httpListWeekly() { return this.tb.buildPipe({ pipe: "endpoint__http_list_7d__v0", parameters: z.object({ monitorId: z.string(), }), data: z.object({ type: z.literal("http").prefault("http"), latency: z.int(), statusCode: z.int().nullable(), monitorId: z.string(), error: z.coerce.boolean(), region: z.enum(monitorRegions).or(z.string()), cronTimestamp: z.int(), trigger: z.enum(triggers).nullable().prefault("cron"), timestamp: z.number(), workspaceId: z.string(), }), opts: { next: { revalidate: REVALIDATE } }, }); }
public get httpListWeekly() { return this.tb.buildPipe({ pipe: "endpoint__http_list_7d__v1", parameters: z.object({ monitorId: z.string(), fromDate: z.int().optional(), toDate: z.int().optional(), }), data: z.object(httpListRowShape), opts: { next: { revalidate: REVALIDATE } }, }); }
public get legacy_httpListBiweekly() { return this.tb.buildPipe({ pipe: "endpoint__http_list_14d__v0", parameters: z.object({ monitorId: z.string(), }), data: z.object({ type: z.literal("http").prefault("http"), latency: z.int(), statusCode: z.int().nullable(), monitorId: z.string(), error: z.coerce.boolean(), region: z.enum(monitorRegions).or(z.string()), cronTimestamp: z.int(), trigger: z.enum(triggers).nullable().prefault("cron"), timestamp: z.number(), workspaceId: z.string(), }), opts: { next: { revalidate: REVALIDATE } }, }); }
public get httpListBiweekly() { return this.tb.buildPipe({ pipe: "endpoint__http_list_14d__v1", parameters: z.object({ monitorId: z.string(), fromDate: z.int().optional(), toDate: z.int().optional(), limit: z.int().optional(), offset: z.int().optional(), }), data: z.object(httpListRowShape), opts: { next: { revalidate: REVALIDATE } }, }); }
public get httpListV2Daily() { return this.tb.buildPipe({ pipe: "endpoint__http_list_1d__v2", parameters: z.object({ ...listV2WindowShape, ...httpResponseLogFilterShape, }), data: z.object(httpListRowShape), opts: { next: { revalidate: REVALIDATE } }, }); }
public get httpListV2Weekly() { return this.tb.buildPipe({ pipe: "endpoint__http_list_7d__v2", parameters: z.object({ ...listV2WindowShape, ...httpResponseLogFilterShape, }), data: z.object(httpListRowShape), opts: { next: { revalidate: REVALIDATE } }, }); }
public get httpListV2Biweekly() { return this.tb.buildPipe({ pipe: "endpoint__http_list_14d__v2", parameters: z.object({ ...listV2WindowShape, ...httpResponseLogFilterShape, }), data: z.object(httpListRowShape), opts: { next: { revalidate: REVALIDATE } }, }); }
public get httpListFacets() { return this.tb.buildPipe({ pipe: "endpoint__http_list_facets_14d__v0", parameters: z.object({ ...facetWindowShape, ...httpResponseLogFilterShape, }), data: z.object(facetRowShape), opts: { next: { revalidate: REVALIDATE } }, }); }
public get legacy_httpMetricsDaily() { return this.tb.buildPipe({ pipe: "endpoint__http_metrics_1d__v0", parameters: z.object({ regions: z.array(z.enum(monitorRegions).or(z.string())).optional(), interval: z.int().optional(), monitorId: z.string(), }), data: z.object({ p50Latency: z.number().nullable().prefault(0), p75Latency: z.number().nullable().prefault(0), p90Latency: z.number().nullable().prefault(0), p95Latency: z.number().nullable().prefault(0), p99Latency: z.number().nullable().prefault(0), count: z.int(), ok: z.int(), lastTimestamp: z.int().nullable(), }), opts: { next: { revalidate: REVALIDATE } }, }); }
public get httpMetricsDaily() { return this.tb.buildPipe({ pipe: "endpoint__http_metrics_1d__v1", parameters: z.object({ interval: z.int().optional(), regions: z.array(z.enum(monitorRegions).or(z.string())).optional(), monitorId: z.string(), }), data: z.object({ p50Latency: z.number().nullable().prefault(0), p75Latency: z.number().nullable().prefault(0), p90Latency: z.number().nullable().prefault(0), p95Latency: z.number().nullable().prefault(0), p99Latency: z.number().nullable().prefault(0), count: z.int().prefault(0), success: z.int().prefault(0), degraded: z.int().prefault(0), error: z.int().prefault(0), lastTimestamp: z.int().nullable(), }), opts: { next: { revalidate: REVALIDATE } }, }); }
public get legacy_httpMetricsWeekly() { return this.tb.buildPipe({ pipe: "endpoint__http_metrics_7d__v0", parameters: z.object({ regions: z.array(z.enum(monitorRegions).or(z.string())).optional(), interval: z.int().optional(), monitorId: z.string(), }), data: z.object({ p50Latency: z.number().nullable().prefault(0), p75Latency: z.number().nullable().prefault(0), p90Latency: z.number().nullable().prefault(0), p95Latency: z.number().nullable().prefault(0), p99Latency: z.number().nullable().prefault(0), count: z.int(), ok: z.int(), lastTimestamp: z.int().nullable(), }), opts: { next: { revalidate: REVALIDATE } }, }); }
public get httpMetricsWeekly() { return this.tb.buildPipe({ pipe: "endpoint__http_metrics_7d__v1", parameters: z.object({ interval: z.int().optional(), regions: z.array(z.enum(monitorRegions).or(z.string())).optional(), monitorId: z.string(), }), data: z.object({ p50Latency: z.number().nullable().prefault(0), p75Latency: z.number().nullable().prefault(0), p90Latency: z.number().nullable().prefault(0), p95Latency: z.number().nullable().prefault(0), p99Latency: z.number().nullable().prefault(0), count: z.int().prefault(0), success: z.int().prefault(0), degraded: z.int().prefault(0), error: z.int().prefault(0), lastTimestamp: z.int().nullable(), }), opts: { next: { revalidate: REVALIDATE } }, }); }
public get legacy_httpMetricsBiweekly() { return this.tb.buildPipe({ pipe: "endpoint__http_metrics_14d__v0", parameters: z.object({ regions: z.array(z.enum(monitorRegions).or(z.string())).optional(), interval: z.int().optional(), monitorId: z.string(), }), data: z.object({ p50Latency: z.number().nullable().prefault(0), p75Latency: z.number().nullable().prefault(0), p90Latency: z.number().nullable().prefault(0), p95Latency: z.number().nullable().prefault(0), p99Latency: z.number().nullable().prefault(0), count: z.int(), ok: z.int(), lastTimestamp: z.int().nullable(), }), opts: { next: { revalidate: REVALIDATE } }, }); }
public get httpMetricsBiweekly() { return this.tb.buildPipe({ pipe: "endpoint__http_metrics_14d__v1", parameters: z.object({ interval: z.int().optional(), regions: z.array(z.enum(monitorRegions).or(z.string())).optional(), monitorId: z.string(), }), data: z.object({ p50Latency: z.number().nullable().prefault(0), p75Latency: z.number().nullable().prefault(0), p90Latency: z.number().nullable().prefault(0), p95Latency: z.number().nullable().prefault(0), p99Latency: z.number().nullable().prefault(0), count: z.int().prefault(0), success: z.int().prefault(0), degraded: z.int().prefault(0), error: z.int().prefault(0), lastTimestamp: z.int().nullable(), }), opts: { next: { revalidate: REVALIDATE } }, }); }
public get httpMetricsByIntervalDaily() { return this.tb.buildPipe({ pipe: "endpoint__http_metrics_by_interval_1d__v0", parameters: z.object({ interval: z.int().optional(), monitorId: z.string(), }), data: z.object({ region: z.enum(monitorRegions).or(z.string()), timestamp: z.int(), p50Latency: z.number().nullable().prefault(0), p75Latency: z.number().nullable().prefault(0), p90Latency: z.number().nullable().prefault(0), p95Latency: z.number().nullable().prefault(0), p99Latency: z.number().nullable().prefault(0), }), opts: { next: { revalidate: REVALIDATE } }, }); }
public get httpMetricsByIntervalWeekly() { return this.tb.buildPipe({ pipe: "endpoint__http_metrics_by_interval_7d__v0", parameters: z.object({ interval: z.int().optional(), monitorId: z.string(), }), data: z.object({ region: z.enum(monitorRegions).or(z.string()), timestamp: z.int(), p50Latency: z.number().nullable().prefault(0), p75Latency: z.number().nullable().prefault(0), p90Latency: z.number().nullable().prefault(0), p95Latency: z.number().nullable().prefault(0), p99Latency: z.number().nullable().prefault(0), }), opts: { next: { revalidate: REVALIDATE } }, }); }
public get httpMetricsByIntervalBiweekly() { return this.tb.buildPipe({ pipe: "endpoint__http_metrics_by_interval_14d__v0", parameters: z.object({ interval: z.int().optional(), monitorId: z.string(), }), data: z.object({ region: z.enum(monitorRegions).or(z.string()), timestamp: z.int(), p50Latency: z.number().nullable().prefault(0), p75Latency: z.number().nullable().prefault(0), p90Latency: z.number().nullable().prefault(0), p95Latency: z.number().nullable().prefault(0), p99Latency: z.number().nullable().prefault(0), }), opts: { next: { revalidate: REVALIDATE } }, }); }
public get httpMetricsByRegionDaily() { return this.tb.buildPipe({ pipe: "endpoint__http_metrics_by_region_1d__v0", parameters: z.object({ monitorId: z.string(), regions: z.array(z.enum(monitorRegions).or(z.string())).optional(), }), data: z.object({ region: z.enum(monitorRegions).or(z.string()), count: z.int(), ok: z.int(), p50Latency: z.number().nullable().prefault(0), p75Latency: z.number().nullable().prefault(0), p90Latency: z.number().nullable().prefault(0), p95Latency: z.number().nullable().prefault(0), p99Latency: z.number().nullable().prefault(0), }), opts: { next: { revalidate: REVALIDATE } }, }); }
public get httpMetricsByRegionWeekly() { return this.tb.buildPipe({ pipe: "endpoint__http_metrics_by_region_7d__v0", parameters: z.object({ monitorId: z.string(), regions: z.array(z.enum(monitorRegions).or(z.string())).optional(), }), data: z.object({ region: z.enum(monitorRegions).or(z.string()), count: z.int(), ok: z.int(), p50Latency: z.number().nullable().prefault(0), p75Latency: z.number().nullable().prefault(0), p90Latency: z.number().nullable().prefault(0), p95Latency: z.number().nullable().prefault(0), p99Latency: z.number().nullable().prefault(0), }), opts: { next: { revalidate: REVALIDATE } }, }); }
public get httpMetricsByRegionBiweekly() { return this.tb.buildPipe({ pipe: "endpoint__http_metrics_by_region_14d__v0", parameters: z.object({ monitorId: z.string(), regions: z.array(z.enum(monitorRegions).or(z.string())).optional(), }), data: z.object({ region: z.enum(monitorRegions).or(z.string()), count: z.int(), ok: z.int(), p50Latency: z.number().nullable().prefault(0), p75Latency: z.number().nullable().prefault(0), p90Latency: z.number().nullable().prefault(0), p95Latency: z.number().nullable().prefault(0), p99Latency: z.number().nullable().prefault(0), }), opts: { next: { revalidate: REVALIDATE } }, }); }
public get httpStatusWeekly() { return this.tb.buildPipe({ pipe: "endpoint__http_status_7d__v0", parameters: z.object({ monitorId: z.string(), }), data: z.object({ day: z.string().transform((val) => { // That's a hack because clickhouse return the date in UTC but in shitty format (2021-09-01 00:00:00) return new Date(`${val} GMT`).toISOString(); }), count: z.number().prefault(0), ok: z.number().prefault(0), }), opts: { next: { revalidate: REVALIDATE } }, }); }
public get legacy_httpStatus45d() { return this.tb.buildPipe({ pipe: "endpoint__http_status_45d__v0", parameters: z.object({ monitorId: z.string(), days: z.int().max(45).optional(), }), data: z.object({ day: z.string().transform((val) => { // That's a hack because clickhouse return the date in UTC but in shitty format (2021-09-01 00:00:00) return new Date(`${val} GMT`).toISOString(); }), count: z.number().prefault(0), ok: z.number().prefault(0), }), opts: { next: { revalidate: PUBLIC_CACHE, }, }, }); }
/** 15m buckets regrouped into days of `timezone`; see {@link status15mShape}. */ public get httpStatus15m() { return this.tb.buildPipe({ pipe: "endpoint__http_status_15m__v0", parameters: status15mParameters, data: status15mShape(z.string()), opts: { next: { revalidate: REVALIDATE } }, }); }
public get httpStatus45d() { return this.tb.buildPipe({ pipe: "endpoint__http_status_45d__v1", parameters: z.object({ monitorIds: z.string().array(), }), data: z.object({ day: z.string().transform((val) => { // That's a hack because clickhouse return the date in UTC but in shitty format (2021-09-01 00:00:00) return new Date(`${val} GMT`).toISOString(); }), count: z.number().prefault(0), ok: z.number().prefault(0), degraded: z.number().prefault(0), error: z.number().prefault(0), monitorId: z.string(), }), opts: { next: { revalidate: REVALIDATE } }, }); }
public get httpGetBiweekly() { return this.tb.buildPipe({ pipe: "endpoint__http_get_14d__v0", parameters: z.object({ id: z.string().nullable(), monitorId: z.string(), }), data: z.object({ type: z.literal("http").prefault("http"), latency: z.int(), statusCode: z.int().nullable(), requestStatus: z.enum(["error", "success", "degraded"]).nullable(), monitorId: z.string(), url: z.url(), error: z.coerce.boolean(), region: z.enum(monitorRegions).or(z.string()), cronTimestamp: z.int(), message: z.string().nullable(), headers: headersSchema, timing: timingPhasesSchema, assertions: z.string().nullable(), body: z.string().nullable(), trigger: z.enum(triggers).nullable().prefault("cron"), timestamp: z.number(), workspaceId: z.string(), id: z.string().nullable(), }), // REMINDER: cache the result for accessing the data for a check as it won't change opts: { cache: "force-cache" }, }); }
public get httpGetMonthly() { return this.tb.buildPipe({ pipe: "endpoint__http_get_30d__v0", parameters: z.object({ monitorId: z.string(), region: z.enum(monitorRegions).or(z.string()).optional(), cronTimestamp: z.int().optional(), }), data: z.object({ type: z.literal("http").prefault("http"), latency: z.int(), statusCode: z.int().nullable(), monitorId: z.string(), url: z.url(), error: z.coerce.boolean(), region: z.enum(monitorRegions).or(z.string()), cronTimestamp: z.int(), message: z.string().nullable(), headers: headersSchema, timing: timingSchema, assertions: z.string().nullable(), trigger: z.enum(triggers).nullable().prefault("cron"), timestamp: z.number(), workspaceId: z.string(), }), // REMINDER: cache the result for accessing the data for a check as it won't change opts: { cache: "force-cache" }, }); }
// FIXME: rename to same convension public get getResultForOnDemandCheckHttp() { return this.tb.buildPipe({ pipe: "get_result_for_on_demand_check_http", parameters: z.object({ monitorId: z.int(), timestamp: z.number(), url: z.string(), }), data: z.object({ latency: z.int(), // in ms statusCode: z.int().nullable().prefault(null), monitorId: z.string().prefault(""), url: z.url().optional(), error: z .number() .prefault(0) .transform((val) => val !== 0), region: z.enum(monitorRegions), timestamp: z.int().optional(), message: z.string().nullable().optional(), timing: timingSchema, // TODO: make sure to include all data! }), opts: { cache: "no-store" }, }); } // TODO: add tcpChartDaily, tcpChartWeekly
public get legacy_tcpListDaily() { return this.tb.buildPipe({ pipe: "endpoint__tcp_list_1d__v0", parameters: z.object({ monitorId: z.string(), }), data: z.object({ type: z.literal("tcp").prefault("tcp"), latency: z.int(), monitorId: z.coerce.string(), error: z.coerce.boolean(), region: z.enum(monitorRegions).or(z.string()), cronTimestamp: z.int(), trigger: z.enum(triggers).nullable().prefault("cron"), timestamp: z.number(), workspaceId: z.coerce.string(), }), opts: { next: { revalidate: REVALIDATE } }, }); }
public get tcpListDaily() { return this.tb.buildPipe({ pipe: "endpoint__tcp_list_1d__v1", parameters: z.object({ monitorId: z.string(), fromDate: z.int().optional(), toDate: z.int().optional(), }), data: z.object(tcpListRowShape), opts: { next: { revalidate: REVALIDATE } }, }); }
public get legacy_tcpListWeekly() { return this.tb.buildPipe({ pipe: "endpoint__tcp_list_7d__v0", parameters: z.object({ monitorId: z.string(), }), data: z.object({ type: z.literal("tcp").prefault("tcp"), latency: z.int(), monitorId: z.coerce.string(), error: z.coerce.boolean(), region: z.enum(monitorRegions).or(z.string()), cronTimestamp: z.int(), trigger: z.enum(triggers).nullable().prefault("cron"), timestamp: z.number(), workspaceId: z.coerce.string(), }), opts: { next: { revalidate: REVALIDATE } }, }); }
public get tcpListWeekly() { return this.tb.buildPipe({ pipe: "endpoint__tcp_list_7d__v1", parameters: z.object({ monitorId: z.string(), fromDate: z.int().optional(), toDate: z.int().optional(), }), data: z.object(tcpListRowShape), opts: { next: { revalidate: REVALIDATE } }, }); }
public get legacy_tcpListBiweekly() { return this.tb.buildPipe({ pipe: "endpoint__tcp_list_14d__v0", parameters: z.object({ monitorId: z.string(), }), data: z.object({ type: z.literal("tcp").prefault("tcp"), latency: z.int(), monitorId: z.coerce.string(), error: z.coerce.boolean(), region: z.enum(monitorRegions).or(z.string()), cronTimestamp: z.int(), trigger: z.enum(triggers).nullable().prefault("cron"), timestamp: z.number(), workspaceId: z.coerce.string(), }), opts: { next: { revalidate: REVALIDATE } }, }); }
public get tcpListBiweekly() { return this.tb.buildPipe({ pipe: "endpoint__tcp_list_14d__v1", parameters: z.object({ monitorId: z.string(), fromDate: z.int().optional(), toDate: z.int().optional(), }), data: z.object(tcpListRowShape), opts: { next: { revalidate: REVALIDATE } }, }); }
public get tcpListV2Daily() { return this.tb.buildPipe({ pipe: "endpoint__tcp_list_1d__v2", parameters: z.object({ ...listV2WindowShape, ...responseLogFilterShape, }), data: z.object(tcpListRowShape), opts: { next: { revalidate: REVALIDATE } }, }); }
public get tcpListV2Weekly() { return this.tb.buildPipe({ pipe: "endpoint__tcp_list_7d__v2", parameters: z.object({ ...listV2WindowShape, ...responseLogFilterShape, }), data: z.object(tcpListRowShape), opts: { next: { revalidate: REVALIDATE } }, }); }
public get tcpListV2Biweekly() { return this.tb.buildPipe({ pipe: "endpoint__tcp_list_14d__v2", parameters: z.object({ ...listV2WindowShape, ...responseLogFilterShape, }), data: z.object(tcpListRowShape), opts: { next: { revalidate: REVALIDATE } }, }); }
public get tcpListFacets() { return this.tb.buildPipe({ pipe: "endpoint__tcp_list_facets_14d__v0", parameters: z.object({ ...facetWindowShape, ...responseLogFilterShape, }), data: z.object(facetRowShape), opts: { next: { revalidate: REVALIDATE } }, }); }
public get legacy_tcpMetricsDaily() { return this.tb.buildPipe({ pipe: "endpoint__tcp_metrics_1d__v0", parameters: z.object({ regions: z.array(z.enum(monitorRegions).or(z.string())).optional(), interval: z.int().optional(), monitorId: z.string(), }), data: z.object({ p50Latency: z.number().nullable().prefault(0), p75Latency: z.number().nullable().prefault(0), p90Latency: z.number().nullable().prefault(0), p95Latency: z.number().nullable().prefault(0), p99Latency: z.number().nullable().prefault(0), count: z.int(), ok: z.int(), lastTimestamp: z.int().nullable(), }), opts: { next: { revalidate: REVALIDATE } }, }); }
public get tcpMetricsDaily() { return this.tb.buildPipe({ pipe: "endpoint__tcp_metrics_1d__v1", parameters: z.object({ interval: z.int().optional(), regions: z.array(z.enum(monitorRegions).or(z.string())).optional(), monitorId: z.string(), }), data: z.object({ p50Latency: z.number().nullable().prefault(0), p75Latency: z.number().nullable().prefault(0), p90Latency: z.number().nullable().prefault(0), p95Latency: z.number().nullable().prefault(0), p99Latency: z.number().nullable().prefault(0), count: z.int().prefault(0), success: z.int().prefault(0), degraded: z.int().prefault(0), error: z.int().prefault(0), lastTimestamp: z.int().nullable(), }), opts: { next: { revalidate: REVALIDATE } }, }); }
public get legacy_tcpMetricsWeekly() { return this.tb.buildPipe({ pipe: "endpoint__tcp_metrics_7d__v0", parameters: z.object({ interval: z.int().optional(), regions: z.array(z.enum(monitorRegions).or(z.string())).optional(), monitorId: z.string(), }), data: z.object({ p50Latency: z.number().nullable().prefault(0), p75Latency: z.number().nullable().prefault(0), p90Latency: z.number().nullable().prefault(0), p95Latency: z.number().nullable().prefault(0), p99Latency: z.number().nullable().prefault(0), count: z.int(), ok: z.int(), lastTimestamp: z.int().nullable(), }), opts: { next: { revalidate: REVALIDATE } }, }); }
public get tcpMetricsWeekly() { return this.tb.buildPipe({ pipe: "endpoint__tcp_metrics_7d__v1", parameters: z.object({ interval: z.int().optional(), regions: z.array(z.enum(monitorRegions).or(z.string())).optional(), monitorId: z.string(), }), data: z.object({ p50Latency: z.number().nullable().prefault(0), p75Latency: z.number().nullable().prefault(0), p90Latency: z.number().nullable().prefault(0), p95Latency: z.number().nullable().prefault(0), p99Latency: z.number().nullable().prefault(0), count: z.int().prefault(0), success: z.int().prefault(0), degraded: z.int().prefault(0), error: z.int().prefault(0), lastTimestamp: z.int().nullable(), }), opts: { next: { revalidate: REVALIDATE } }, }); }
public get legacy_tcpMetricsBiweekly() { return this.tb.buildPipe({ pipe: "endpoint__tcp_metrics_14d__v0", parameters: z.object({ regions: z.array(z.enum(monitorRegions).or(z.string())).optional(), interval: z.int().optional(), monitorId: z.string(), }), data: z.object({ p50Latency: z.number().nullable().prefault(0), p75Latency: z.number().nullable().prefault(0), p90Latency: z.number().nullable().prefault(0), p95Latency: z.number().nullable().prefault(0), p99Latency: z.number().nullable().prefault(0), count: z.int(), ok: z.int(), lastTimestamp: z.int().nullable(), }), opts: { next: { revalidate: REVALIDATE } }, }); }
public get tcpMetricsBiweekly() { return this.tb.buildPipe({ pipe: "endpoint__tcp_metrics_14d__v1", parameters: z.object({ interval: z.int().optional(), regions: z.array(z.enum(monitorRegions).or(z.string())).optional(), monitorId: z.string(), }), data: z.object({ p50Latency: z.number().nullable().prefault(0), p75Latency: z.number().nullable().prefault(0), p90Latency: z.number().nullable().prefault(0), p95Latency: z.number().nullable().prefault(0), p99Latency: z.number().nullable().prefault(0), count: z.int().prefault(0), success: z.int().prefault(0), degraded: z.int().prefault(0), error: z.int().prefault(0), lastTimestamp: z.int().nullable(), }), opts: { next: { revalidate: REVALIDATE } }, }); }
public get tcpMetricsByIntervalDaily() { return this.tb.buildPipe({ pipe: "endpoint__tcp_metrics_by_interval_1d__v0", parameters: z.object({ regions: z.array(z.enum(monitorRegions).or(z.string())).optional(), interval: z.int().optional(), monitorId: z.string(), }), data: z.object({ region: z.enum(monitorRegions).or(z.string()), timestamp: z.int(), p50Latency: z.number().nullable().prefault(0), p75Latency: z.number().nullable().prefault(0), p90Latency: z.number().nullable().prefault(0), p95Latency: z.number().nullable().prefault(0), p99Latency: z.number().nullable().prefault(0), }), opts: { next: { revalidate: REVALIDATE } }, }); }
public get tcpMetricsByIntervalWeekly() { return this.tb.buildPipe({ pipe: "endpoint__tcp_metrics_by_interval_7d__v0", parameters: z.object({ regions: z.array(z.enum(monitorRegions).or(z.string())).optional(), interval: z.int().optional(), monitorId: z.string(), }), data: z.object({ region: z.enum(monitorRegions).or(z.string()), timestamp: z.int(), p50Latency: z.number().nullable().prefault(0), p75Latency: z.number().nullable().prefault(0), p90Latency: z.number().nullable().prefault(0), p95Latency: z.number().nullable().prefault(0), p99Latency: z.number().nullable().prefault(0), }), opts: { next: { revalidate: REVALIDATE } }, }); }
public get tcpMetricsByIntervalBiweekly() { return this.tb.buildPipe({ pipe: "endpoint__tcp_metrics_by_interval_14d__v0", parameters: z.object({ regions: z.array(z.enum(monitorRegions).or(z.string())).optional(), interval: z.int().optional(), monitorId: z.string(), }), data: z.object({ region: z.enum(monitorRegions).or(z.string()), timestamp: z.int(), p50Latency: z.number().nullable().prefault(0), p75Latency: z.number().nullable().prefault(0), p90Latency: z.number().nullable().prefault(0), p95Latency: z.number().nullable().prefault(0), p99Latency: z.number().nullable().prefault(0), }), opts: { next: { revalidate: REVALIDATE } }, }); }
public get tcpMetricsByRegionDaily() { return this.tb.buildPipe({ pipe: "endpoint__tcp_metrics_by_region_1d__v0", parameters: z.object({ monitorId: z.string(), regions: z.array(z.enum(monitorRegions).or(z.string())).optional(), }), data: z.object({ region: z.enum(monitorRegions).or(z.string()), count: z.int(), ok: z.int(), p50Latency: z.number().nullable().prefault(0), p75Latency: z.number().nullable().prefault(0), p90Latency: z.number().nullable().prefault(0), p95Latency: z.number().nullable().prefault(0), p99Latency: z.number().nullable().prefault(0), }), opts: { next: { revalidate: REVALIDATE } }, }); }
public get tcpMetricsByRegionWeekly() { return this.tb.buildPipe({ pipe: "endpoint__tcp_metrics_by_region_7d__v0", parameters: z.object({ monitorId: z.string(), regions: z.array(z.enum(monitorRegions).or(z.string())).optional(), }), data: z.object({ region: z.enum(monitorRegions).or(z.string()), count: z.int(), ok: z.int(), p50Latency: z.number().nullable().prefault(0), p75Latency: z.number().nullable().prefault(0), p90Latency: z.number().nullable().prefault(0), p95Latency: z.number().nullable().prefault(0), p99Latency: z.number().nullable().prefault(0), }), opts: { next: { revalidate: REVALIDATE } }, }); }
public get tcpMetricsByRegionBiweekly() { return this.tb.buildPipe({ pipe: "endpoint__tcp_metrics_by_region_14d__v0", parameters: z.object({ monitorId: z.string(), regions: z.array(z.enum(monitorRegions).or(z.string())).optional(), }), data: z.object({ region: z.enum(monitorRegions).or(z.string()), count: z.int(), ok: z.int(), p50Latency: z.number().nullable().prefault(0), p75Latency: z.number().nullable().prefault(0), p90Latency: z.number().nullable().prefault(0), p95Latency: z.number().nullable().prefault(0), p99Latency: z.number().nullable().prefault(0), }), opts: { next: { revalidate: REVALIDATE } }, }); }
public get tcpStatusWeekly() { return this.tb.buildPipe({ pipe: "endpoint__tcp_status_7d__v0", parameters: z.object({ monitorId: z.string(), }), data: z.object({ day: z.string().transform((val) => { // That's a hack because clickhouse return the date in UTC but in shitty format (2021-09-01 00:00:00) return new Date(`${val} GMT`).toISOString(); }), count: z.number().prefault(0), ok: z.number().prefault(0), }), opts: { next: { revalidate: REVALIDATE } }, }); }
public get legacy_tcpStatus45d() { return this.tb.buildPipe({ pipe: "endpoint__tcp_status_45d__v0", parameters: z.object({ monitorId: z.string(), days: z.int().max(45).optional(), }), data: z.object({ day: z.string().transform((val) => { // That's a hack because clickhouse return the date in UTC but in shitty format (2021-09-01 00:00:00) return new Date(`${val} GMT`).toISOString(); }), count: z.number().prefault(0), ok: z.number().prefault(0), }), opts: { next: { revalidate: PUBLIC_CACHE, }, }, }); }
/** 15m buckets regrouped into days of `timezone`; see {@link status15mShape}. */ public get tcpStatus15m() { return this.tb.buildPipe({ pipe: "endpoint__tcp_status_15m__v0", parameters: status15mParameters, data: status15mShape(z.coerce.string()), opts: { next: { revalidate: REVALIDATE } }, }); }
public get tcpStatus45d() { return this.tb.buildPipe({ pipe: "endpoint__tcp_status_45d__v1", parameters: z.object({ monitorIds: z.string().array(), days: z.int().max(45).optional(), }), data: z.object({ day: z.string().transform((val) => { // That's a hack because clickhouse return the date in UTC but in shitty format (2021-09-01 00:00:00) return new Date(`${val} GMT`).toISOString(); }), count: z.number().prefault(0), ok: z.number().prefault(0), degraded: z.number().prefault(0), error: z.number().prefault(0), monitorId: z.coerce.string(), }), opts: { next: { revalidate: REVALIDATE } }, }); }
public get httpWorkspace30d() { return this.tb.buildPipe({ pipe: "endpoint__http_workspace_30d__v0", parameters: z.object({ workspaceId: z.string(), }), data: z.object({ day: z .string() .transform((val) => new Date(`${val} GMT`).toISOString()), count: z.int(), }), opts: { next: { revalidate: REVALIDATE } }, }); }
public get tcpWorkspace30d() { return this.tb.buildPipe({ pipe: "endpoint__tcp_workspace_30d__v0", parameters: z.object({ workspaceId: z.string(), }), data: z.object({ day: z .string() .transform((val) => new Date(`${val} GMT`).toISOString()), count: z.int(), }), opts: { next: { revalidate: REVALIDATE } }, }); }
public get tcpGetBiweekly() { return this.tb.buildPipe({ pipe: "endpoint__tcp_get_14d__v0", parameters: z.object({ id: z.string().nullable(), monitorId: z.string(), }), data: z.object({ type: z.literal("tcp").prefault("tcp"), id: z.string().nullable(), uri: z.string(), latency: z.int(), monitorId: z.coerce.string(), error: z.coerce.boolean(), region: z.enum(monitorRegions).or(z.string()), cronTimestamp: z.int(), trigger: z.enum(triggers).nullable().prefault("cron"), timestamp: z.number(), requestStatus: z.enum(["error", "success", "degraded"]).nullable(), errorMessage: z.string().nullable(), }), // REMINDER: cache the result for accessing the data for a check as it won't change opts: { next: { revalidate: REVALIDATE } }, }); }
public get tcpGetMonthly() { return this.tb.buildPipe({ pipe: "endpoint__tcp_get_30d__v0", parameters: z.object({ monitorId: z.string(), region: z.enum(monitorRegions).or(z.string()).optional(), cronTimestamp: z.int().optional(), }), data: z.object({ type: z.literal("tcp").prefault("tcp"), latency: z.int(), monitorId: z.string(), error: z.coerce.boolean(), region: z.enum(monitorRegions).or(z.string()), cronTimestamp: z.int(), trigger: z.enum(triggers).nullable().prefault("cron"), timestamp: z.number(), workspaceId: z.string(), }), // REMINDER: cache the result for accessing the data for a check as it won't change opts: { next: { revalidate: REVALIDATE } }, }); }
public get icmpListDaily() { return this.tb.buildPipe({ pipe: "endpoint__icmp_list_1d__v0", parameters: z.object({ monitorId: z.string(), fromDate: z.int().optional(), toDate: z.int().optional(), }), data: z.object(icmpListRowShape), opts: { next: { revalidate: REVALIDATE } }, }); }
public get icmpListWeekly() { return this.tb.buildPipe({ pipe: "endpoint__icmp_list_7d__v0", parameters: z.object({ monitorId: z.string(), fromDate: z.int().optional(), toDate: z.int().optional(), }), data: z.object(icmpListRowShape), opts: { next: { revalidate: REVALIDATE } }, }); }
public get icmpListBiweekly() { return this.tb.buildPipe({ pipe: "endpoint__icmp_list_14d__v0", parameters: z.object({ monitorId: z.string(), fromDate: z.int().optional(), toDate: z.int().optional(), }), data: z.object(icmpListRowShape), opts: { next: { revalidate: REVALIDATE } }, }); }
public get icmpListV2Daily() { return this.tb.buildPipe({ pipe: "endpoint__icmp_list_1d__v1", parameters: z.object({ ...listV2WindowShape, ...responseLogFilterShape, }), data: z.object(icmpListRowShape), opts: { next: { revalidate: REVALIDATE } }, }); }
public get icmpListV2Weekly() { return this.tb.buildPipe({ pipe: "endpoint__icmp_list_7d__v1", parameters: z.object({ ...listV2WindowShape, ...responseLogFilterShape, }), data: z.object(icmpListRowShape), opts: { next: { revalidate: REVALIDATE } }, }); }
public get icmpListV2Biweekly() { return this.tb.buildPipe({ pipe: "endpoint__icmp_list_14d__v1", parameters: z.object({ ...listV2WindowShape, ...responseLogFilterShape, }), data: z.object(icmpListRowShape), opts: { next: { revalidate: REVALIDATE } }, }); }
public get icmpListFacets() { return this.tb.buildPipe({ pipe: "endpoint__icmp_list_facets_14d__v0", parameters: z.object({ ...facetWindowShape, ...responseLogFilterShape, }), data: z.object(facetRowShape), opts: { next: { revalidate: REVALIDATE } }, }); }
public get icmpGetBiweekly() { return this.tb.buildPipe({ pipe: "endpoint__icmp_get_14d__v0", parameters: z.object({ id: z.string().nullable(), monitorId: z.string(), }), data: z.object({ type: z.literal("icmp").prefault("icmp"), id: z.string().nullable(), uri: z.string(), latency: z.int(), latencyMin: z.int().prefault(0), latencyMax: z.int().prefault(0), packetsSent: z.int().prefault(0), packetsReceived: z.int().prefault(0), monitorId: z.coerce.string(), error: z.coerce.boolean(), region: z.enum(monitorRegions).or(z.string()), cronTimestamp: z.int(), trigger: z.enum(triggers).nullable().prefault("cron"), timestamp: z.number(), requestStatus: z.enum(["error", "success", "degraded"]).nullable(), errorMessage: z.string().nullable(), }), opts: { next: { revalidate: REVALIDATE } }, }); }
public get icmpMetricsDaily() { return this.tb.buildPipe({ pipe: "endpoint__icmp_metrics_1d__v0", parameters: z.object({ interval: z.int().optional(), regions: z.array(z.enum(monitorRegions).or(z.string())).optional(), monitorId: z.string(), }), data: icmpMetricsShape, opts: { next: { revalidate: REVALIDATE } }, }); }
public get icmpMetricsWeekly() { return this.tb.buildPipe({ pipe: "endpoint__icmp_metrics_7d__v0", parameters: z.object({ interval: z.int().optional(), regions: z.array(z.enum(monitorRegions).or(z.string())).optional(), monitorId: z.string(), }), data: icmpMetricsShape, opts: { next: { revalidate: REVALIDATE } }, }); }
public get icmpMetricsBiweekly() { return this.tb.buildPipe({ pipe: "endpoint__icmp_metrics_14d__v0", parameters: z.object({ interval: z.int().optional(), regions: z.array(z.enum(monitorRegions).or(z.string())).optional(), monitorId: z.string(), }), data: icmpMetricsShape, opts: { next: { revalidate: REVALIDATE } }, }); }
public get icmpMetrics30d() { return this.tb.buildPipe({ pipe: "endpoint__icmp_metrics_30d__v0", parameters: z.object({ interval: z.int().optional(), regions: z.array(z.enum(monitorRegions).or(z.string())).optional(), monitorId: z.string(), }), data: icmpMetricsShape, opts: { next: { revalidate: REVALIDATE } }, }); }
public get icmpMetrics90d() { return this.tb.buildPipe({ pipe: "endpoint__icmp_metrics_90d__v0", parameters: z.object({ interval: z.int().optional(), regions: z.array(z.enum(monitorRegions).or(z.string())).optional(), monitorId: z.string(), }), data: icmpMetricsShape, opts: { next: { revalidate: REVALIDATE } }, }); }
public get icmpMetricsByIntervalDaily() { return this.tb.buildPipe({ pipe: "endpoint__icmp_metrics_by_interval_1d__v0", parameters: icmpMetricsByIntervalParameters, data: icmpMetricsByIntervalShape, opts: { next: { revalidate: REVALIDATE } }, }); }
public get icmpMetricsByIntervalWeekly() { return this.tb.buildPipe({ pipe: "endpoint__icmp_metrics_by_interval_7d__v0", parameters: icmpMetricsByIntervalParameters, data: icmpMetricsByIntervalShape, opts: { next: { revalidate: REVALIDATE } }, }); }
public get icmpMetricsByIntervalBiweekly() { return this.tb.buildPipe({ pipe: "endpoint__icmp_metrics_by_interval_14d__v0", parameters: icmpMetricsByIntervalParameters, data: icmpMetricsByIntervalShape, opts: { next: { revalidate: REVALIDATE } }, }); }
public get icmpMetricsByInterval30d() { return this.tb.buildPipe({ pipe: "endpoint__icmp_metrics_by_interval_30d__v0", parameters: icmpMetricsByIntervalParameters, data: icmpMetricsByIntervalShape, opts: { next: { revalidate: REVALIDATE } }, }); }
public get icmpMetricsByInterval90d() { return this.tb.buildPipe({ pipe: "endpoint__icmp_metrics_by_interval_90d__v0", parameters: icmpMetricsByIntervalParameters, data: icmpMetricsByIntervalShape, opts: { next: { revalidate: REVALIDATE } }, }); }
public get icmpMetricsLatency1d() { return this.tb.buildPipe({ pipe: "endpoint__icmp_metrics_latency_1d__v0", parameters: z.object({ monitorId: z.string(), regions: z.array(z.enum(monitorRegions).or(z.string())).optional(), fromDate: z.string().optional(), toDate: z.string().optional(), }), data: icmpMetricsLatencyShape, }); }
public get icmpMetricsLatency7d() { return this.tb.buildPipe({ pipe: "endpoint__icmp_metrics_latency_7d__v0", parameters: z.object({ monitorId: z.string(), fromDate: z.string().optional(), toDate: z.string().optional(), }), data: icmpMetricsLatencyShape, }); }
public get icmpMetricsLatency30d() { return this.tb.buildPipe({ pipe: "endpoint__icmp_metrics_latency_30d__v0", parameters: z.object({ monitorId: z.string(), fromDate: z.string().optional(), toDate: z.string().optional(), }), data: icmpMetricsLatencyShape, }); }
public get icmpMetricsLatency90d() { return this.tb.buildPipe({ pipe: "endpoint__icmp_metrics_latency_90d__v0", parameters: z.object({ monitorId: z.string(), fromDate: z.string().optional(), toDate: z.string().optional(), }), data: icmpMetricsLatencyShape, }); }
public get icmpMetricsLatency1dMulti() { return this.tb.buildPipe({ pipe: "endpoint__icmp_metrics_latency_1d_multi__v0", parameters: z.object({ monitorIds: z.string().array().min(1), fromDate: z.string().optional(), toDate: z.string().optional(), }), data: z.object({ timestamp: z.int(), monitorId: z.coerce.string(), p50Latency: z.int(), p75Latency: z.int(), p90Latency: z.int(), p95Latency: z.int(), p99Latency: z.int(), }), opts: { next: { revalidate: REVALIDATE } }, }); }
/** 15m buckets regrouped into days of `timezone`; see {@link status15mShape}. */ public get icmpStatus15m() { return this.tb.buildPipe({ pipe: "endpoint__icmp_status_15m__v0", parameters: status15mParameters, data: status15mShape(z.coerce.string()), opts: { next: { revalidate: REVALIDATE } }, }); }
public get icmpStatus45d() { return this.tb.buildPipe({ pipe: "endpoint__icmp_status_45d__v0", parameters: z.object({ monitorIds: z.string().array(), days: z.int().max(45).optional(), }), data: z.object({ day: z.string().transform((val) => { // That's a hack because clickhouse return the date in UTC but in shitty format (2021-09-01 00:00:00) return new Date(`${val} GMT`).toISOString(); }), count: z.number().prefault(0), ok: z.number().prefault(0), degraded: z.number().prefault(0), error: z.number().prefault(0), monitorId: z.coerce.string(), }), opts: { next: { revalidate: REVALIDATE } }, }); }
public get icmpUptimeWeekly() { return this.tb.buildPipe({ pipe: "endpoint__icmp_uptime_7d__v0", parameters: icmpUptimeParameters, data: icmpUptimeShape, }); }
public get icmpUptime30d() { return this.tb.buildPipe({ pipe: "endpoint__icmp_uptime_30d__v0", parameters: icmpUptimeParameters, data: icmpUptimeShape, }); }
public get icmpUptime90d() { return this.tb.buildPipe({ pipe: "endpoint__icmp_uptime_90d__v0", parameters: icmpUptimeParameters, data: icmpUptimeShape, }); }
public get icmpGlobalMetricsDaily() { return this.tb.buildPipe({ pipe: "endpoint__icmp_metrics_global_1d__v0", parameters: z.object({ monitorIds: z.string().array(), }), data: z.object({ minLatency: z.int(), maxLatency: z.int(), p50Latency: z.int(), p75Latency: z.int(), p90Latency: z.int(), p95Latency: z.int(), p99Latency: z.int(), lastTimestamp: z.int(), count: z.int(), monitorId: z.coerce.string(), }), opts: { next: { revalidate: REVALIDATE } }, }); }
public get icmpWorkspace30d() { return this.tb.buildPipe({ pipe: "endpoint__icmp_workspace_30d__v0", parameters: z.object({ workspaceId: z.string(), }), data: z.object({ day: z .string() .transform((val) => new Date(`${val} GMT`).toISOString()), count: z.int(), }), opts: { next: { revalidate: REVALIDATE } }, }); }
public get icmpGetMonthly() { return this.tb.buildPipe({ pipe: "endpoint__icmp_get_30d__v0", parameters: z.object({ monitorId: z.string(), region: z.enum(monitorRegions).or(z.string()).optional(), cronTimestamp: z.int().optional(), }), data: z.object({ type: z.literal("icmp").prefault("icmp"), id: z.string().nullable(), uri: z.string(), latency: z.int(), latencyMin: z.int().prefault(0), latencyMax: z.int().prefault(0), packetsSent: z.int().prefault(0), packetsReceived: z.int().prefault(0), monitorId: z.coerce.string(), error: z.coerce.boolean(), region: z.enum(monitorRegions).or(z.string()), cronTimestamp: z.int(), trigger: z.enum(triggers).nullable().prefault("cron"), timestamp: z.number(), requestStatus: z.enum(["error", "success", "degraded"]).nullable(), errorMessage: z.string().nullable(), workspaceId: z.coerce.string(), }), // REMINDER: cache the result for accessing the data for a check as it won't change opts: { next: { revalidate: REVALIDATE } }, }); }
public get icmpStatusWeekly() { return this.tb.buildPipe({ pipe: "endpoint__icmp_status_7d__v0", parameters: z.object({ monitorId: z.string(), }), data: z.object({ day: z.string().transform((val) => { // That's a hack because clickhouse return the date in UTC but in shitty format (2021-09-01 00:00:00) return new Date(`${val} GMT`).toISOString(); }), count: z.number().prefault(0), ok: z.number().prefault(0), }), opts: { next: { revalidate: REVALIDATE } }, }); }
public get icmpMetricsByRegionDaily() { return this.tb.buildPipe({ pipe: "endpoint__icmp_metrics_by_region_1d__v0", parameters: icmpMetricsByRegionParameters, data: icmpMetricsByRegionShape, opts: { next: { revalidate: REVALIDATE } }, }); }
public get icmpMetricsByRegionWeekly() { return this.tb.buildPipe({ pipe: "endpoint__icmp_metrics_by_region_7d__v0", parameters: icmpMetricsByRegionParameters, data: icmpMetricsByRegionShape, opts: { next: { revalidate: REVALIDATE } }, }); }
public get icmpMetricsByRegionBiweekly() { return this.tb.buildPipe({ pipe: "endpoint__icmp_metrics_by_region_14d__v0", parameters: icmpMetricsByRegionParameters, data: icmpMetricsByRegionShape, opts: { next: { revalidate: REVALIDATE } }, }); }
public get grpcListDaily() { return this.tb.buildPipe({ pipe: "endpoint__grpc_list_1d__v0", parameters: z.object({ monitorId: z.string(), fromDate: z.int().optional(), toDate: z.int().optional(), }), data: z.object({ type: z.literal("grpc").prefault("grpc"), id: z.string().nullable(), latency: z.int(), servingStatus: z.string().nullable(), grpcCode: z.int().nullable(), service: z.string().nullable(), monitorId: z.coerce.string(), requestStatus: z.enum(["error", "success", "degraded"]).nullable(), region: z.enum(monitorRegions).or(z.string()), cronTimestamp: z.int(), trigger: z.enum(triggers).nullable().prefault("cron"), timestamp: z.number(), }), opts: { next: { revalidate: REVALIDATE } }, }); }
public get grpcListWeekly() { return this.tb.buildPipe({ pipe: "endpoint__grpc_list_7d__v0", parameters: z.object({ monitorId: z.string(), fromDate: z.int().optional(), toDate: z.int().optional(), }), data: z.object({ type: z.literal("grpc").prefault("grpc"), id: z.string().nullable(), latency: z.int(), servingStatus: z.string().nullable(), grpcCode: z.int().nullable(), service: z.string().nullable(), monitorId: z.coerce.string(), requestStatus: z.enum(["error", "success", "degraded"]).nullable(), region: z.enum(monitorRegions).or(z.string()), cronTimestamp: z.int(), trigger: z.enum(triggers).nullable().prefault("cron"), timestamp: z.number(), }), opts: { next: { revalidate: REVALIDATE } }, }); }
public get grpcListBiweekly() { return this.tb.buildPipe({ pipe: "endpoint__grpc_list_14d__v0", parameters: z.object({ monitorId: z.string(), fromDate: z.int().optional(), toDate: z.int().optional(), }), data: z.object({ type: z.literal("grpc").prefault("grpc"), id: z.string().nullable(), latency: z.int(), servingStatus: z.string().nullable(), grpcCode: z.int().nullable(), service: z.string().nullable(), monitorId: z.coerce.string(), requestStatus: z.enum(["error", "success", "degraded"]).nullable(), region: z.enum(monitorRegions).or(z.string()), cronTimestamp: z.int(), trigger: z.enum(triggers).nullable().prefault("cron"), timestamp: z.number(), }), opts: { next: { revalidate: REVALIDATE } }, }); }
public get grpcGetBiweekly() { return this.tb.buildPipe({ pipe: "endpoint__grpc_get_14d__v0", parameters: z.object({ id: z.string().nullable(), monitorId: z.string(), }), data: z.object({ type: z.literal("grpc").prefault("grpc"), id: z.string().nullable(), uri: z.string(), latency: z.int(), servingStatus: z.string().nullable(), grpcCode: z.int().nullable(), service: z.string().nullable(), monitorId: z.coerce.string(), error: z.coerce.boolean(), region: z.enum(monitorRegions).or(z.string()), cronTimestamp: z.int(), trigger: z.enum(triggers).nullable().prefault("cron"), timestamp: z.number(), requestStatus: z.enum(["error", "success", "degraded"]).nullable(), errorMessage: z.string().nullable(), }), opts: { next: { revalidate: REVALIDATE } }, }); }
public get grpcListV2Biweekly() { return this.tb.buildPipe({ pipe: "endpoint__grpc_list_14d__v1", parameters: z.object({ ...listV2WindowShape, ...responseLogFilterShape, }), data: z.object(grpcListRowShape), opts: { next: { revalidate: REVALIDATE } }, }); }
public get grpcListFacets() { return this.tb.buildPipe({ pipe: "endpoint__grpc_list_facets_14d__v0", parameters: z.object({ ...facetWindowShape, ...responseLogFilterShape, }), data: z.object(facetRowShape), opts: { next: { revalidate: REVALIDATE } }, }); }
public get grpcMetricsDaily() { return this.tb.buildPipe({ pipe: "endpoint__grpc_metrics_1d__v0", parameters: z.object({ interval: z.int().optional(), regions: z.array(z.enum(monitorRegions).or(z.string())).optional(), monitorId: z.string(), }), data: grpcMetricsShape, opts: { next: { revalidate: REVALIDATE } }, }); }
public get grpcMetricsWeekly() { return this.tb.buildPipe({ pipe: "endpoint__grpc_metrics_7d__v0", parameters: z.object({ interval: z.int().optional(), regions: z.array(z.enum(monitorRegions).or(z.string())).optional(), monitorId: z.string(), }), data: grpcMetricsShape, opts: { next: { revalidate: REVALIDATE } }, }); }
public get grpcMetricsBiweekly() { return this.tb.buildPipe({ pipe: "endpoint__grpc_metrics_14d__v0", parameters: z.object({ interval: z.int().optional(), regions: z.array(z.enum(monitorRegions).or(z.string())).optional(), monitorId: z.string(), }), data: grpcMetricsShape, opts: { next: { revalidate: REVALIDATE } }, }); }
public get grpcMetrics30d() { return this.tb.buildPipe({ pipe: "endpoint__grpc_metrics_30d__v0", parameters: z.object({ interval: z.int().optional(), regions: z.array(z.enum(monitorRegions).or(z.string())).optional(), monitorId: z.string(), }), data: grpcMetricsShape, opts: { next: { revalidate: REVALIDATE } }, }); }
public get grpcMetrics90d() { return this.tb.buildPipe({ pipe: "endpoint__grpc_metrics_90d__v0", parameters: z.object({ interval: z.int().optional(), regions: z.array(z.enum(monitorRegions).or(z.string())).optional(), monitorId: z.string(), }), data: grpcMetricsShape, opts: { next: { revalidate: REVALIDATE } }, }); }
public get grpcMetricsByIntervalDaily() { return this.tb.buildPipe({ pipe: "endpoint__grpc_metrics_by_interval_1d__v0", parameters: grpcMetricsByIntervalParameters, data: grpcMetricsByIntervalShape, opts: { next: { revalidate: REVALIDATE } }, }); }
public get grpcMetricsByIntervalWeekly() { return this.tb.buildPipe({ pipe: "endpoint__grpc_metrics_by_interval_7d__v0", parameters: grpcMetricsByIntervalParameters, data: grpcMetricsByIntervalShape, opts: { next: { revalidate: REVALIDATE } }, }); }
public get grpcMetricsByIntervalBiweekly() { return this.tb.buildPipe({ pipe: "endpoint__grpc_metrics_by_interval_14d__v0", parameters: grpcMetricsByIntervalParameters, data: grpcMetricsByIntervalShape, opts: { next: { revalidate: REVALIDATE } }, }); }
public get grpcMetricsByInterval30d() { return this.tb.buildPipe({ pipe: "endpoint__grpc_metrics_by_interval_30d__v0", parameters: grpcMetricsByIntervalParameters, data: grpcMetricsByIntervalShape, opts: { next: { revalidate: REVALIDATE } }, }); }
public get grpcMetricsByInterval90d() { return this.tb.buildPipe({ pipe: "endpoint__grpc_metrics_by_interval_90d__v0", parameters: grpcMetricsByIntervalParameters, data: grpcMetricsByIntervalShape, opts: { next: { revalidate: REVALIDATE } }, }); }
public get grpcMetricsLatency1d() { return this.tb.buildPipe({ pipe: "endpoint__grpc_metrics_latency_1d__v0", parameters: z.object({ monitorId: z.string(), regions: z.array(z.enum(monitorRegions).or(z.string())).optional(), fromDate: z.string().optional(), toDate: z.string().optional(), }), data: grpcMetricsLatencyShape, }); }
public get grpcMetricsLatency7d() { return this.tb.buildPipe({ pipe: "endpoint__grpc_metrics_latency_7d__v0", parameters: z.object({ monitorId: z.string(), fromDate: z.string().optional(), toDate: z.string().optional(), }), data: grpcMetricsLatencyShape, }); }
public get grpcMetricsLatency30d() { return this.tb.buildPipe({ pipe: "endpoint__grpc_metrics_latency_30d__v0", parameters: z.object({ monitorId: z.string(), fromDate: z.string().optional(), toDate: z.string().optional(), }), data: grpcMetricsLatencyShape, }); }
public get grpcMetricsLatency90d() { return this.tb.buildPipe({ pipe: "endpoint__grpc_metrics_latency_90d__v0", parameters: z.object({ monitorId: z.string(), fromDate: z.string().optional(), toDate: z.string().optional(), }), data: grpcMetricsLatencyShape, }); }
public get grpcMetricsLatency1dMulti() { return this.tb.buildPipe({ pipe: "endpoint__grpc_metrics_latency_1d_multi__v0", parameters: z.object({ monitorIds: z.string().array().min(1), fromDate: z.string().optional(), toDate: z.string().optional(), }), data: z.object({ timestamp: z.int(), monitorId: z.coerce.string(), p50Latency: z.int(), p75Latency: z.int(), p90Latency: z.int(), p95Latency: z.int(), p99Latency: z.int(), }), opts: { next: { revalidate: REVALIDATE } }, }); }
/** 15m buckets regrouped into days of `timezone`; see {@link status15mShape}. */ public get grpcStatus15m() { return this.tb.buildPipe({ pipe: "endpoint__grpc_status_15m__v0", parameters: status15mParameters, data: status15mShape(z.coerce.string()), opts: { next: { revalidate: REVALIDATE } }, }); }
public get grpcStatus45d() { return this.tb.buildPipe({ pipe: "endpoint__grpc_status_45d__v0", parameters: z.object({ monitorIds: z.string().array(), days: z.int().max(45).optional(), }), data: z.object({ day: z.string().transform((val) => { // That's a hack because clickhouse return the date in UTC but in shitty format (2021-09-01 00:00:00) return new Date(`${val} GMT`).toISOString(); }), count: z.number().prefault(0), ok: z.number().prefault(0), degraded: z.number().prefault(0), error: z.number().prefault(0), monitorId: z.coerce.string(), }), opts: { next: { revalidate: REVALIDATE } }, }); }
public get grpcUptimeWeekly() { return this.tb.buildPipe({ pipe: "endpoint__grpc_uptime_7d__v0", parameters: grpcUptimeParameters, data: grpcUptimeShape, }); }
public get grpcUptime30d() { return this.tb.buildPipe({ pipe: "endpoint__grpc_uptime_30d__v0", parameters: grpcUptimeParameters, data: grpcUptimeShape, }); }
public get grpcUptime90d() { return this.tb.buildPipe({ pipe: "endpoint__grpc_uptime_90d__v0", parameters: grpcUptimeParameters, data: grpcUptimeShape, }); }
public get grpcGlobalMetricsDaily() { return this.tb.buildPipe({ pipe: "endpoint__grpc_metrics_global_1d__v0", parameters: z.object({ monitorIds: z.string().array(), }), data: z.object({ minLatency: z.int(), maxLatency: z.int(), p50Latency: z.int(), p75Latency: z.int(), p90Latency: z.int(), p95Latency: z.int(), p99Latency: z.int(), lastTimestamp: z.int(), count: z.int(), monitorId: z.coerce.string(), }), opts: { next: { revalidate: REVALIDATE } }, }); }
public get grpcWorkspace30d() { return this.tb.buildPipe({ pipe: "endpoint__grpc_workspace_30d__v0", parameters: z.object({ workspaceId: z.string(), }), data: z.object({ day: z .string() .transform((val) => new Date(`${val} GMT`).toISOString()), count: z.int(), }), opts: { next: { revalidate: REVALIDATE } }, }); }
public get grpcGetMonthly() { return this.tb.buildPipe({ pipe: "endpoint__grpc_get_30d__v0", parameters: z.object({ monitorId: z.string(), region: z.enum(monitorRegions).or(z.string()).optional(), cronTimestamp: z.int().optional(), }), data: z.object({ type: z.literal("grpc").prefault("grpc"), id: z.string().nullable(), uri: z.string(), latency: z.int(), servingStatus: z.string().nullable(), grpcCode: z.int().nullable(), service: z.string().nullable(), monitorId: z.coerce.string(), error: z.coerce.boolean(), region: z.enum(monitorRegions).or(z.string()), cronTimestamp: z.int(), trigger: z.enum(triggers).nullable().prefault("cron"), timestamp: z.number(), requestStatus: z.enum(["error", "success", "degraded"]).nullable(), errorMessage: z.string().nullable(), workspaceId: z.coerce.string(), }), // REMINDER: cache the result for accessing the data for a check as it won't change opts: { next: { revalidate: REVALIDATE } }, }); }
public get grpcStatusWeekly() { return this.tb.buildPipe({ pipe: "endpoint__grpc_status_7d__v0", parameters: z.object({ monitorId: z.string(), }), data: z.object({ day: z.string().transform((val) => { // That's a hack because clickhouse return the date in UTC but in shitty format (2021-09-01 00:00:00) return new Date(`${val} GMT`).toISOString(); }), count: z.number().prefault(0), ok: z.number().prefault(0), }), opts: { next: { revalidate: REVALIDATE } }, }); }
public get grpcMetricsByRegionDaily() { return this.tb.buildPipe({ pipe: "endpoint__grpc_metrics_by_region_1d__v0", parameters: grpcMetricsByRegionParameters, data: grpcMetricsByRegionShape, opts: { next: { revalidate: REVALIDATE } }, }); }
public get grpcMetricsByRegionWeekly() { return this.tb.buildPipe({ pipe: "endpoint__grpc_metrics_by_region_7d__v0", parameters: grpcMetricsByRegionParameters, data: grpcMetricsByRegionShape, opts: { next: { revalidate: REVALIDATE } }, }); }
public get grpcMetricsByRegionBiweekly() { return this.tb.buildPipe({ pipe: "endpoint__grpc_metrics_by_region_14d__v0", parameters: grpcMetricsByRegionParameters, data: grpcMetricsByRegionShape, opts: { next: { revalidate: REVALIDATE } }, }); }
/** * Region + timestamp metrics (quantiles) – aggregated by interval. * NOTE: The Tinybird pipe returns one row per region & interval with latency quantiles. */ public get httpMetricsRegionsDaily() { return this.tb.buildPipe({ pipe: "endpoint__http_metrics_regions_1d__v0", parameters: z.object({ monitorId: z.string(), interval: z.int().optional(), // Comma-separated list of regions, e.g. "ams,fra". Keeping string to pass directly. regions: z.string().array().optional(), }), data: z.object({ region: z.enum(monitorRegions).or(z.string()), timestamp: z.int(), p50Latency: z.number().nullable().prefault(0), p75Latency: z.number().nullable().prefault(0), p90Latency: z.number().nullable().prefault(0), p95Latency: z.number().nullable().prefault(0), p99Latency: z.number().nullable().prefault(0), }), opts: { next: { revalidate: REVALIDATE } }, }); }
public get httpMetricsRegionsWeekly() { return this.tb.buildPipe({ pipe: "endpoint__http_metrics_regions_7d__v0", parameters: z.object({ monitorId: z.string(), interval: z.int().optional(), regions: z.string().array().optional(), }), data: z.object({ region: z.enum(monitorRegions).or(z.string()), timestamp: z.int(), p50Latency: z.number().nullable().prefault(0), p75Latency: z.number().nullable().prefault(0), p90Latency: z.number().nullable().prefault(0), p95Latency: z.number().nullable().prefault(0), p99Latency: z.number().nullable().prefault(0), }), opts: { next: { revalidate: REVALIDATE } }, }); }
public get httpMetricsRegionsBiweekly() { return this.tb.buildPipe({ pipe: "endpoint__http_metrics_regions_14d__v0", parameters: z.object({ monitorId: z.string(), interval: z.int().optional(), regions: z.string().array().optional(), }), data: z.object({ region: z.enum(monitorRegions).or(z.string()), timestamp: z.int(), p50Latency: z.number().nullable().prefault(0), p75Latency: z.number().nullable().prefault(0), p90Latency: z.number().nullable().prefault(0), p95Latency: z.number().nullable().prefault(0), p99Latency: z.number().nullable().prefault(0), }), opts: { next: { revalidate: REVALIDATE } }, }); }
public get httpUptimeWeekly() { return this.tb.buildPipe({ pipe: "endpoint__http_uptime_7d__v1", parameters: z.object({ monitorId: z.string(), fromDate: z.string().optional(), toDate: z.string().optional(), regions: z.enum(monitorRegions).or(z.string()).array().optional(), interval: z.int().optional(), }), data: z.object({ interval: z.coerce.date(), success: z.int(), degraded: z.int(), error: z.int(), }), }); }
public get httpUptime30d() { return this.tb.buildPipe({ pipe: "endpoint__http_uptime_30d__v1", parameters: z.object({ monitorId: z.string(), fromDate: z.string().optional(), toDate: z.string().optional(), regions: z.enum(monitorRegions).or(z.string()).array().optional(), interval: z.int().optional(), }), data: z.object({ interval: z.coerce.date(), success: z.int(), degraded: z.int(), error: z.int(), }), }); }
public get tcpUptimeWeekly() { return this.tb.buildPipe({ pipe: "endpoint__tcp_uptime_7d__v1", parameters: z.object({ monitorId: z.string(), fromDate: z.string().optional(), toDate: z.string().optional(), regions: z.enum(monitorRegions).or(z.string()).array().optional(), interval: z.int().optional(), }), data: z.object({ interval: z.coerce.date(), success: z.int(), degraded: z.int(), error: z.int(), }), }); }
public get tcpUptime30d() { return this.tb.buildPipe({ pipe: "endpoint__tcp_uptime_30d__v1", parameters: z.object({ monitorId: z.string(), fromDate: z.string().optional(), toDate: z.string().optional(), regions: z.enum(monitorRegions).or(z.string()).array().optional(), interval: z.int().optional(), }), data: z.object({ interval: z.coerce.date(), success: z.int(), degraded: z.int(), error: z.int(), }), }); }
public get getAuditLog() { return this.tb.buildPipe({ pipe: "endpoint__audit_log__v1", parameters: z.object({ monitorId: z.string(), interval: z.int().prefault(30), // in days }), data: z.object({ action: z.string(), id: z.string(), metadata: z.string().transform((str) => { try { return JSON.parse(str) as Record<string, unknown>; } catch (error) { console.error(error); return {}; } }), timestamp: z.int(), }), opts: { next: { revalidate: REVALIDATE } }, }); }
public get httpGlobalMetricsDaily() { return this.tb.buildPipe({ pipe: "endpoint__http_metrics_global_1d__v0", parameters: z.object({ monitorIds: z.string().array(), }), data: z.object({ minLatency: z.int(), maxLatency: z.int(), p50Latency: z.int(), p75Latency: z.int(), p90Latency: z.int(), p95Latency: z.int(), p99Latency: z.int(), lastTimestamp: z.int(), count: z.int(), monitorId: z.string(), }), opts: { next: { revalidate: REVALIDATE } }, }); }
public get tcpGlobalMetricsDaily() { return this.tb.buildPipe({ pipe: "endpoint__tcp_metrics_global_1d__v0", parameters: z.object({ monitorIds: z.string().array(), }), data: z.object({ minLatency: z.int(), maxLatency: z.int(), p50Latency: z.int(), p75Latency: z.int(), p90Latency: z.int(), p95Latency: z.int(), p99Latency: z.int(), lastTimestamp: z.int(), count: z.int(), monitorId: z.coerce.string(), }), opts: { next: { revalidate: REVALIDATE } }, }); }
public get dnsGlobalMetricsDaily() { return this.tb.buildPipe({ pipe: "endpoint__dns_metrics_global_1d__v0", parameters: z.object({ monitorIds: z.string().array(), }), data: z.object({ minLatency: z.int(), maxLatency: z.int(), p50Latency: z.int(), p75Latency: z.int(), p90Latency: z.int(), p95Latency: z.int(), p99Latency: z.int(), lastTimestamp: z.int(), count: z.int(), monitorId: z.coerce.string(), }), opts: { next: { revalidate: REVALIDATE } }, }); }
public get httpTimingPhases14d() { return this.tb.buildPipe({ pipe: "endpoint__http_timing_phases_14d__v1", parameters: z.object({ monitorId: z.string(), interval: z.int().optional(), regions: z.array(z.enum(monitorRegions).or(z.string())).optional(), }), data: z.object({ timestamp: z.int(), p50Dns: z.int().nullable().prefault(0), p50Ttfb: z.int().nullable().prefault(0), p50Transfer: z.int().nullable().prefault(0), p50Connect: z.int().nullable().prefault(0), p50Tls: z.int().nullable().prefault(0), p75Dns: z.int().nullable().prefault(0), p75Ttfb: z.int().nullable().prefault(0), p75Transfer: z.int().nullable().prefault(0), p75Connect: z.int().nullable().prefault(0), p75Tls: z.int().nullable().prefault(0), p90Dns: z.int().nullable().prefault(0), p90Ttfb: z.int().nullable().prefault(0), p90Transfer: z.int().nullable().prefault(0), p90Connect: z.int().nullable().prefault(0), p90Tls: z.int().nullable().prefault(0), p95Dns: z.int().nullable().prefault(0), p95Ttfb: z.int().nullable().prefault(0), p95Transfer: z.int().nullable().prefault(0), p95Connect: z.int().nullable().prefault(0), p95Tls: z.int().nullable().prefault(0), p99Dns: z.int().nullable().prefault(0), p99Ttfb: z.int().nullable().prefault(0), p99Transfer: z.int().nullable().prefault(0), p99Connect: z.int().nullable().prefault(0), p99Tls: z.int().nullable().prefault(0), }), }); }
public get httpMetricsLatency1d() { return this.tb.buildPipe({ pipe: "endpoint__http_metrics_latency_1d__v1", parameters: z.object({ monitorId: z.string(), fromDate: z.string().optional(), toDate: z.string().optional(), }), data: z.object({ timestamp: z.int(), p50Latency: z.int(), p75Latency: z.int(), p90Latency: z.int(), p95Latency: z.int(), p99Latency: z.int(), }), }); }
public get httpMetricsLatency7d() { return this.tb.buildPipe({ pipe: "endpoint__http_metrics_latency_7d__v1", parameters: z.object({ monitorId: z.string(), fromDate: z.string().optional(), toDate: z.string().optional(), }), data: z.object({ timestamp: z.int(), p50Latency: z.int(), p75Latency: z.int(), p90Latency: z.int(), p95Latency: z.int(), p99Latency: z.int(), }), }); }
public get httpMetricsLatency1dMulti() { return this.tb.buildPipe({ pipe: "endpoint__http_metrics_latency_1d_multi__v1", parameters: z.object({ monitorIds: z.string().array().min(1), fromDate: z.string().optional(), toDate: z.string().optional(), }), data: z.object({ timestamp: z.int(), monitorId: z.string(), p50Latency: z.int(), p75Latency: z.int(), p90Latency: z.int(), p95Latency: z.int(), p99Latency: z.int(), }), opts: { next: { revalidate: REVALIDATE } }, }); }
public get tcpMetricsLatency1d() { return this.tb.buildPipe({ pipe: "endpoint__tcp_metrics_latency_1d__v1", parameters: z.object({ monitorId: z.string(), regions: z.array(z.enum(monitorRegions).or(z.string())).optional(), fromDate: z.string().optional(), toDate: z.string().optional(), }), data: z.object({ timestamp: z.int(), p50Latency: z.int(), p75Latency: z.int(), p90Latency: z.int(), p95Latency: z.int(), p99Latency: z.int(), }), }); }
public get tcpMetricsLatency7d() { return this.tb.buildPipe({ pipe: "endpoint__tcp_metrics_latency_7d__v1", parameters: z.object({ monitorId: z.string(), fromDate: z.string().optional(), toDate: z.string().optional(), }), data: z.object({ timestamp: z.int(), p50Latency: z.int(), p75Latency: z.int(), p90Latency: z.int(), p95Latency: z.int(), p99Latency: z.int(), }), }); }
public get tcpMetricsLatency1dMulti() { return this.tb.buildPipe({ pipe: "endpoint__tcp_metrics_latency_1d_multi__v1", parameters: z.object({ monitorIds: z.string().array().min(1), fromDate: z.string().optional(), toDate: z.string().optional(), }), data: z.object({ timestamp: z.int(), monitorId: z.coerce.string(), p50Latency: z.int(), p75Latency: z.int(), p90Latency: z.int(), p95Latency: z.int(), p99Latency: z.int(), }), opts: { next: { revalidate: REVALIDATE } }, }); }
public get dnsGetBiweekly() { return this.tb.buildPipe({ pipe: "endpoint__dns_get_14d__v0", parameters: z.object({ id: z.string().nullable(), monitorId: z.string(), }), data: z.object({ type: z.literal("dns").prefault("dns"), id: z.coerce.string().nullable(), uri: z.string(), latency: z.int(), monitorId: z.coerce.string(), error: z.coerce.boolean(), region: z.enum(monitorRegions).or(z.string()), cronTimestamp: z.int(), trigger: z.enum(triggers).nullable().prefault("cron"), timestamp: z.number(), requestStatus: z.enum(["error", "success", "degraded"]).nullable(), errorMessage: z.string().nullable(), assertions: z.string().nullable(), records: z .string() .transform((str) => { try { return JSON.parse(str) as Record<string, unknown>; } catch (error) { console.error(error); return {}; } }) .pipe(z.record(z.string(), z.array(z.string()))), }), // REMINDER: cache the result for accessing the data for a check as it won't change opts: { next: { revalidate: REVALIDATE } }, }); }
public get dnsListBiweekly() { return this.tb.buildPipe({ pipe: "endpoint__dns_list_14d__v0", parameters: z.object({ monitorId: z.string(), fromDate: z.int().optional(), toDate: z.int().optional(), }), data: z.object(dnsListRowShape), opts: { next: { revalidate: REVALIDATE } }, }); }
public get dnsListV2Biweekly() { return this.tb.buildPipe({ pipe: "endpoint__dns_list_14d__v1", parameters: z.object({ ...listV2WindowShape, ...responseLogFilterShape, }), data: z.object(dnsListRowShape), opts: { next: { revalidate: REVALIDATE } }, }); }
public get dnsListFacets() { return this.tb.buildPipe({ pipe: "endpoint__dns_list_facets_14d__v0", parameters: z.object({ ...facetWindowShape, ...responseLogFilterShape, }), data: z.object(facetRowShape), opts: { next: { revalidate: REVALIDATE } }, }); }
public get dnsMetricsDaily() { return this.tb.buildPipe({ pipe: "endpoint__dns_metrics_1d__v0", parameters: z.object({ interval: z.int().optional(), regions: z.array(z.enum(monitorRegions).or(z.string())).optional(), monitorId: z.string(), }), data: z.object({ p50Latency: z.number().nullable().prefault(0), p75Latency: z.number().nullable().prefault(0), p90Latency: z.number().nullable().prefault(0), p95Latency: z.number().nullable().prefault(0), p99Latency: z.number().nullable().prefault(0), count: z.int().prefault(0), success: z.int().prefault(0), degraded: z.int().prefault(0), error: z.int().prefault(0), lastTimestamp: z.int().nullable(), }), opts: { next: { revalidate: REVALIDATE } }, }); }
public get dnsMetricsWeekly() { return this.tb.buildPipe({ pipe: "endpoint__dns_metrics_7d__v0", parameters: z.object({ interval: z.int().optional(), regions: z.array(z.enum(monitorRegions).or(z.string())).optional(), monitorId: z.string(), }), data: z.object({ p50Latency: z.number().nullable().prefault(0), p75Latency: z.number().nullable().prefault(0), p90Latency: z.number().nullable().prefault(0), p95Latency: z.number().nullable().prefault(0), p99Latency: z.number().nullable().prefault(0), count: z.int().prefault(0), success: z.int().prefault(0), degraded: z.int().prefault(0), error: z.int().prefault(0), lastTimestamp: z.int().nullable(), }), opts: { next: { revalidate: REVALIDATE } }, }); }
public get dnsMetricsBiweekly() { return this.tb.buildPipe({ pipe: "endpoint__dns_metrics_14d__v0", parameters: z.object({ interval: z.int().optional(), regions: z.array(z.enum(monitorRegions).or(z.string())).optional(), monitorId: z.string(), }), data: z.object({ p50Latency: z.number().nullable().prefault(0), p75Latency: z.number().nullable().prefault(0), p90Latency: z.number().nullable().prefault(0), p95Latency: z.number().nullable().prefault(0), p99Latency: z.number().nullable().prefault(0), count: z.int().prefault(0), success: z.int().prefault(0), degraded: z.int().prefault(0), error: z.int().prefault(0), lastTimestamp: z.int().nullable(), }), opts: { next: { revalidate: REVALIDATE } }, }); }
public get dnsUptime30d() { return this.tb.buildPipe({ pipe: "endpoint__dns_uptime_30d__v0", parameters: z.object({ monitorId: z.string(), fromDate: z.string().optional(), toDate: z.string().optional(), regions: z.enum(monitorRegions).or(z.string()).array().optional(), interval: z.int().optional(), }), data: z.object({ interval: z.coerce.date(), success: z.int(), degraded: z.int(), error: z.int(), }), }); }
public get dnsMetricsLatency7d() { return this.tb.buildPipe({ pipe: "endpoint__dns_metrics_latency_7d__v0", parameters: z.object({ monitorId: z.string(), fromDate: z.string().optional(), toDate: z.string().optional(), }), data: z.object({ timestamp: z.int(), p50Latency: z.int(), p75Latency: z.int(), p90Latency: z.int(), p95Latency: z.int(), p99Latency: z.int(), }), }); }
public get dnsMetricsRegionsBiweekly() { return this.tb.buildPipe({ pipe: "endpoint__dns_metrics_regions_14d__v0", parameters: z.object({ monitorId: z.string(), interval: z.int().optional(), // Comma-separated list of regions, e.g. "ams,fra". Keeping string to pass directly. regions: z.string().array().optional(), fromDate: z.string().optional(), toDate: z.string().optional(), }), data: z.object({ region: z.enum(monitorRegions).or(z.string()), timestamp: z.int(), p50Latency: z.number().nullable().prefault(0), p75Latency: z.number().nullable().prefault(0), p90Latency: z.number().nullable().prefault(0), p95Latency: z.number().nullable().prefault(0), p99Latency: z.number().nullable().prefault(0), }), opts: { next: { revalidate: REVALIDATE } }, }); }
public get httpMetrics30d() { return this.tb.buildPipe({ pipe: "endpoint__http_metrics_30d__v1", parameters: z.object({ interval: z.int().optional(), regions: z.array(z.enum(monitorRegions).or(z.string())).optional(), monitorId: z.string(), }), data: z.object({ p50Latency: z.number().nullable().prefault(0), p75Latency: z.number().nullable().prefault(0), p90Latency: z.number().nullable().prefault(0), p95Latency: z.number().nullable().prefault(0), p99Latency: z.number().nullable().prefault(0), count: z.int().prefault(0), success: z.int().prefault(0), degraded: z.int().prefault(0), error: z.int().prefault(0), lastTimestamp: z.int().nullable(), }), opts: { next: { revalidate: REVALIDATE } }, }); }
public get httpMetrics90d() { return this.tb.buildPipe({ pipe: "endpoint__http_metrics_90d__v1", parameters: z.object({ interval: z.int().optional(), regions: z.array(z.enum(monitorRegions).or(z.string())).optional(), monitorId: z.string(), }), data: z.object({ p50Latency: z.number().nullable().prefault(0), p75Latency: z.number().nullable().prefault(0), p90Latency: z.number().nullable().prefault(0), p95Latency: z.number().nullable().prefault(0), p99Latency: z.number().nullable().prefault(0), count: z.int().prefault(0), success: z.int().prefault(0), degraded: z.int().prefault(0), error: z.int().prefault(0), lastTimestamp: z.int().nullable(), }), opts: { next: { revalidate: REVALIDATE } }, }); }
public get tcpMetrics30d() { return this.tb.buildPipe({ pipe: "endpoint__tcp_metrics_30d__v1", parameters: z.object({ interval: z.int().optional(), regions: z.array(z.enum(monitorRegions).or(z.string())).optional(), monitorId: z.string(), }), data: z.object({ p50Latency: z.number().nullable().prefault(0), p75Latency: z.number().nullable().prefault(0), p90Latency: z.number().nullable().prefault(0), p95Latency: z.number().nullable().prefault(0), p99Latency: z.number().nullable().prefault(0), count: z.int().prefault(0), success: z.int().prefault(0), degraded: z.int().prefault(0), error: z.int().prefault(0), lastTimestamp: z.int().nullable(), }), opts: { next: { revalidate: REVALIDATE } }, }); }
public get tcpMetrics90d() { return this.tb.buildPipe({ pipe: "endpoint__tcp_metrics_90d__v1", parameters: z.object({ interval: z.int().optional(), regions: z.array(z.enum(monitorRegions).or(z.string())).optional(), monitorId: z.string(), }), data: z.object({ p50Latency: z.number().nullable().prefault(0), p75Latency: z.number().nullable().prefault(0), p90Latency: z.number().nullable().prefault(0), p95Latency: z.number().nullable().prefault(0), p99Latency: z.number().nullable().prefault(0), count: z.int().prefault(0), success: z.int().prefault(0), degraded: z.int().prefault(0), error: z.int().prefault(0), lastTimestamp: z.int().nullable(), }), opts: { next: { revalidate: REVALIDATE } }, }); }
public get dnsMetrics30d() { return this.tb.buildPipe({ pipe: "endpoint__dns_metrics_30d__v0", parameters: z.object({ interval: z.int().optional(), regions: z.array(z.enum(monitorRegions).or(z.string())).optional(), monitorId: z.string(), }), data: z.object({ p50Latency: z.number().nullable().prefault(0), p75Latency: z.number().nullable().prefault(0), p90Latency: z.number().nullable().prefault(0), p95Latency: z.number().nullable().prefault(0), p99Latency: z.number().nullable().prefault(0), count: z.int().prefault(0), success: z.int().prefault(0), degraded: z.int().prefault(0), error: z.int().prefault(0), lastTimestamp: z.int().nullable(), }), opts: { next: { revalidate: REVALIDATE } }, }); }
public get dnsMetrics90d() { return this.tb.buildPipe({ pipe: "endpoint__dns_metrics_90d__v0", parameters: z.object({ interval: z.int().optional(), regions: z.array(z.enum(monitorRegions).or(z.string())).optional(), monitorId: z.string(), }), data: z.object({ p50Latency: z.number().nullable().prefault(0), p75Latency: z.number().nullable().prefault(0), p90Latency: z.number().nullable().prefault(0), p95Latency: z.number().nullable().prefault(0), p99Latency: z.number().nullable().prefault(0), count: z.int().prefault(0), success: z.int().prefault(0), degraded: z.int().prefault(0), error: z.int().prefault(0), lastTimestamp: z.int().nullable(), }), opts: { next: { revalidate: REVALIDATE } }, }); }
public get httpUptime90d() { return this.tb.buildPipe({ pipe: "endpoint__http_uptime_90d__v1", parameters: z.object({ monitorId: z.string(), fromDate: z.string().optional(), toDate: z.string().optional(), regions: z.enum(monitorRegions).or(z.string()).array().optional(), interval: z.int().optional(), }), data: z.object({ interval: z.coerce.date(), success: z.int(), degraded: z.int(), error: z.int(), }), }); }
public get tcpUptime90d() { return this.tb.buildPipe({ pipe: "endpoint__tcp_uptime_90d__v1", parameters: z.object({ monitorId: z.string(), fromDate: z.string().optional(), toDate: z.string().optional(), regions: z.enum(monitorRegions).or(z.string()).array().optional(), interval: z.int().optional(), }), data: z.object({ interval: z.coerce.date(), success: z.int(), degraded: z.int(), error: z.int(), }), }); }
public get dnsUptime90d() { return this.tb.buildPipe({ pipe: "endpoint__dns_uptime_90d__v0", parameters: z.object({ monitorId: z.string(), fromDate: z.string().optional(), toDate: z.string().optional(), regions: z.enum(monitorRegions).or(z.string()).array().optional(), interval: z.int().optional(), }), data: z.object({ interval: z.coerce.date(), success: z.int(), degraded: z.int(), error: z.int(), }), }); }
public get httpMetricsRegions30d() { return this.tb.buildPipe({ pipe: "endpoint__http_metrics_regions_30d__v0", parameters: z.object({ monitorId: z.string(), interval: z.int().optional(), regions: z.string().array().optional(), }), data: z.object({ region: z.enum(monitorRegions).or(z.string()), timestamp: z.int(), p50Latency: z.number().nullable().prefault(0), p75Latency: z.number().nullable().prefault(0), p90Latency: z.number().nullable().prefault(0), p95Latency: z.number().nullable().prefault(0), p99Latency: z.number().nullable().prefault(0), }), opts: { next: { revalidate: REVALIDATE } }, }); }
public get httpMetricsRegions90d() { return this.tb.buildPipe({ pipe: "endpoint__http_metrics_regions_90d__v0", parameters: z.object({ monitorId: z.string(), interval: z.int().optional(), regions: z.string().array().optional(), }), data: z.object({ region: z.enum(monitorRegions).or(z.string()), timestamp: z.int(), p50Latency: z.number().nullable().prefault(0), p75Latency: z.number().nullable().prefault(0), p90Latency: z.number().nullable().prefault(0), p95Latency: z.number().nullable().prefault(0), p99Latency: z.number().nullable().prefault(0), }), opts: { next: { revalidate: REVALIDATE } }, }); }
public get tcpMetricsByInterval30d() { return this.tb.buildPipe({ pipe: "endpoint__tcp_metrics_by_interval_30d__v0", parameters: z.object({ regions: z.array(z.enum(monitorRegions).or(z.string())).optional(), interval: z.int().optional(), monitorId: z.string(), }), data: z.object({ region: z.enum(monitorRegions).or(z.string()), timestamp: z.int(), p50Latency: z.number().nullable().prefault(0), p75Latency: z.number().nullable().prefault(0), p90Latency: z.number().nullable().prefault(0), p95Latency: z.number().nullable().prefault(0), p99Latency: z.number().nullable().prefault(0), }), opts: { next: { revalidate: REVALIDATE } }, }); }
public get tcpMetricsByInterval90d() { return this.tb.buildPipe({ pipe: "endpoint__tcp_metrics_by_interval_90d__v0", parameters: z.object({ regions: z.array(z.enum(monitorRegions).or(z.string())).optional(), interval: z.int().optional(), monitorId: z.string(), }), data: z.object({ region: z.enum(monitorRegions).or(z.string()), timestamp: z.int(), p50Latency: z.number().nullable().prefault(0), p75Latency: z.number().nullable().prefault(0), p90Latency: z.number().nullable().prefault(0), p95Latency: z.number().nullable().prefault(0), p99Latency: z.number().nullable().prefault(0), }), opts: { next: { revalidate: REVALIDATE } }, }); }
public get dnsMetricsRegions30d() { return this.tb.buildPipe({ pipe: "endpoint__dns_metrics_regions_30d__v0", parameters: z.object({ monitorId: z.string(), interval: z.int().optional(), regions: z.string().array().optional(), fromDate: z.string().optional(), toDate: z.string().optional(), }), data: z.object({ region: z.enum(monitorRegions).or(z.string()), timestamp: z.int(), p50Latency: z.number().nullable().prefault(0), p75Latency: z.number().nullable().prefault(0), p90Latency: z.number().nullable().prefault(0), p95Latency: z.number().nullable().prefault(0), p99Latency: z.number().nullable().prefault(0), }), opts: { next: { revalidate: REVALIDATE } }, }); }
public get dnsMetricsRegions90d() { return this.tb.buildPipe({ pipe: "endpoint__dns_metrics_regions_90d__v0", parameters: z.object({ monitorId: z.string(), interval: z.int().optional(), regions: z.string().array().optional(), fromDate: z.string().optional(), toDate: z.string().optional(), }), data: z.object({ region: z.enum(monitorRegions).or(z.string()), timestamp: z.int(), p50Latency: z.number().nullable().prefault(0), p75Latency: z.number().nullable().prefault(0), p90Latency: z.number().nullable().prefault(0), p95Latency: z.number().nullable().prefault(0), p99Latency: z.number().nullable().prefault(0), }), opts: { next: { revalidate: REVALIDATE } }, }); }
public get httpMetricsLatency30d() { return this.tb.buildPipe({ pipe: "endpoint__http_metrics_latency_30d__v1", parameters: z.object({ monitorId: z.string(), regions: z.array(z.enum(monitorRegions).or(z.string())).optional(), fromDate: z.string().optional(), toDate: z.string().optional(), }), data: z.object({ timestamp: z.int(), p50Latency: z.int(), p75Latency: z.int(), p90Latency: z.int(), p95Latency: z.int(), p99Latency: z.int(), }), }); }
public get httpMetricsLatency90d() { return this.tb.buildPipe({ pipe: "endpoint__http_metrics_latency_90d__v1", parameters: z.object({ monitorId: z.string(), regions: z.array(z.enum(monitorRegions).or(z.string())).optional(), fromDate: z.string().optional(), toDate: z.string().optional(), }), data: z.object({ timestamp: z.int(), p50Latency: z.int(), p75Latency: z.int(), p90Latency: z.int(), p95Latency: z.int(), p99Latency: z.int(), }), }); }
public get tcpMetricsLatency30d() { return this.tb.buildPipe({ pipe: "endpoint__tcp_metrics_latency_30d__v1", parameters: z.object({ monitorId: z.string(), fromDate: z.string().optional(), toDate: z.string().optional(), }), data: z.object({ timestamp: z.int(), p50Latency: z.int(), p75Latency: z.int(), p90Latency: z.int(), p95Latency: z.int(), p99Latency: z.int(), }), }); }
public get tcpMetricsLatency90d() { return this.tb.buildPipe({ pipe: "endpoint__tcp_metrics_latency_90d__v1", parameters: z.object({ monitorId: z.string(), fromDate: z.string().optional(), toDate: z.string().optional(), }), data: z.object({ timestamp: z.int(), p50Latency: z.int(), p75Latency: z.int(), p90Latency: z.int(), p95Latency: z.int(), p99Latency: z.int(), }), }); }
public get dnsMetricsLatency30d() { return this.tb.buildPipe({ pipe: "endpoint__dns_metrics_latency_30d__v0", parameters: z.object({ monitorId: z.string(), fromDate: z.string().optional(), toDate: z.string().optional(), }), data: z.object({ timestamp: z.int(), p50Latency: z.int(), p75Latency: z.int(), p90Latency: z.int(), p95Latency: z.int(), p99Latency: z.int(), }), }); }
public get dnsMetricsLatency90d() { return this.tb.buildPipe({ pipe: "endpoint__dns_metrics_latency_90d__v0", parameters: z.object({ monitorId: z.string(), fromDate: z.string().optional(), toDate: z.string().optional(), }), data: z.object({ timestamp: z.int(), p50Latency: z.int(), p75Latency: z.int(), p90Latency: z.int(), p95Latency: z.int(), p99Latency: z.int(), }), }); }
public get httpTimingPhases30d() { return this.tb.buildPipe({ pipe: "endpoint__http_timing_phases_30d__v1", parameters: z.object({ monitorId: z.string(), interval: z.int().optional(), regions: z.array(z.enum(monitorRegions).or(z.string())).optional(), }), data: z.object({ timestamp: z.int(), p50Dns: z.int().nullable().prefault(0), p50Ttfb: z.int().nullable().prefault(0), p50Transfer: z.int().nullable().prefault(0), p50Connect: z.int().nullable().prefault(0), p50Tls: z.int().nullable().prefault(0), p75Dns: z.int().nullable().prefault(0), p75Ttfb: z.int().nullable().prefault(0), p75Transfer: z.int().nullable().prefault(0), p75Connect: z.int().nullable().prefault(0), p75Tls: z.int().nullable().prefault(0), p90Dns: z.int().nullable().prefault(0), p90Ttfb: z.int().nullable().prefault(0), p90Transfer: z.int().nullable().prefault(0), p90Connect: z.int().nullable().prefault(0), p90Tls: z.int().nullable().prefault(0), p95Dns: z.int().nullable().prefault(0), p95Ttfb: z.int().nullable().prefault(0), p95Transfer: z.int().nullable().prefault(0), p95Connect: z.int().nullable().prefault(0), p95Tls: z.int().nullable().prefault(0), p99Dns: z.int().nullable().prefault(0), p99Ttfb: z.int().nullable().prefault(0), p99Transfer: z.int().nullable().prefault(0), p99Connect: z.int().nullable().prefault(0), p99Tls: z.int().nullable().prefault(0), }), }); }
public get httpTimingPhases90d() { return this.tb.buildPipe({ pipe: "endpoint__http_timing_phases_90d__v1", parameters: z.object({ monitorId: z.string(), interval: z.int().optional(), regions: z.array(z.enum(monitorRegions).or(z.string())).optional(), }), data: z.object({ timestamp: z.int(), p50Dns: z.int().nullable().prefault(0), p50Ttfb: z.int().nullable().prefault(0), p50Transfer: z.int().nullable().prefault(0), p50Connect: z.int().nullable().prefault(0), p50Tls: z.int().nullable().prefault(0), p75Dns: z.int().nullable().prefault(0), p75Ttfb: z.int().nullable().prefault(0), p75Transfer: z.int().nullable().prefault(0), p75Connect: z.int().nullable().prefault(0), p75Tls: z.int().nullable().prefault(0), p90Dns: z.int().nullable().prefault(0), p90Ttfb: z.int().nullable().prefault(0), p90Transfer: z.int().nullable().prefault(0), p90Connect: z.int().nullable().prefault(0), p90Tls: z.int().nullable().prefault(0), p95Dns: z.int().nullable().prefault(0), p95Ttfb: z.int().nullable().prefault(0), p95Transfer: z.int().nullable().prefault(0), p95Connect: z.int().nullable().prefault(0), p95Tls: z.int().nullable().prefault(0), p99Dns: z.int().nullable().prefault(0), p99Ttfb: z.int().nullable().prefault(0), p99Transfer: z.int().nullable().prefault(0), p99Connect: z.int().nullable().prefault(0), p99Tls: z.int().nullable().prefault(0), }), }); }
/** 15m buckets regrouped into days of `timezone`; see {@link status15mShape}. */ public get dnsStatus15m() { return this.tb.buildPipe({ pipe: "endpoint__dns_status_15m__v0", parameters: status15mParameters, data: status15mShape(z.coerce.string()), opts: { next: { revalidate: REVALIDATE } }, }); }
public get dnsStatus45d() { return this.tb.buildPipe({ pipe: "endpoint__dns_status_45d__v0", parameters: z.object({ monitorIds: z.string().array(), }), data: z.object({ day: z.string().transform((val) => { // That's a hack because clickhouse return the date in UTC but in shitty format (2021-09-01 00:00:00) return new Date(`${val} GMT`).toISOString(); }), count: z.number().prefault(0), ok: z.number().prefault(0), degraded: z.number().prefault(0), error: z.number().prefault(0), monitorId: z.coerce.string(), }), opts: { next: { revalidate: REVALIDATE } }, }); }
public get dnsMetricsLatency1dMulti() { return this.tb.buildPipe({ pipe: "endpoint__dns_metrics_latency_1d_multi__v0", parameters: z.object({ monitorIds: z.string().array().min(1), fromDate: z.string().optional(), toDate: z.string().optional(), }), data: z.object({ timestamp: z.int(), monitorId: z.coerce.string(), p50Latency: z.int(), p75Latency: z.int(), p90Latency: z.int(), p95Latency: z.int(), p99Latency: z.int(), }), opts: { next: { revalidate: REVALIDATE } }, }); }
public get publishExternalStatus() { return this.tb.buildIngestEndpoint({ datasource: "external_status__v1", event: z.object({ id: z.string(), indicator: z.string(), status: z.string(), status_message: z.string(), fetched_at: z.int(), updated_at: z.int(), time_zone: z.string(), }), }); }
public get externalStatusLatest() { return this.tb.buildPipe({ pipe: "endpoint__external_status_latest__v1", parameters: z.object({ ids: z.array(z.string()).optional(), }), data: z.object({ id: z.string(), indicator: z.string(), status: z.string(), status_message: z.string(), time_zone: z.string(), updated_at: z.int(), last_fetched_at: z.int(), }), opts: { next: { revalidate: REVALIDATE } }, }); }
public get externalStatusHistory() { return this.tb.buildPipe({ pipe: "endpoint__external_status_history__v0", parameters: z.object({ ids: z.array(z.string()).min(1), days: z.int().min(1).max(90).optional(), }), data: z.object({ ...externalStatusHistoryDailyShape, id: z.string(), }), opts: { next: { revalidate: REVALIDATE } }, }); }
public get publishExternalStatusComponent() { return this.tb.buildIngestEndpoint({ datasource: "external_status_component__v0", event: z.object({ component_id: z.string(), external_service_id: z.int(), indicator: z.string(), status: z.string(), fetched_at: z.int(), }), }); }
public get externalStatusComponentHistory() { return this.tb.buildPipe({ pipe: "endpoint__external_status_component_history__v0", parameters: z.object({ component_ids: z.array(z.string()).min(1), days: z.int().min(1).max(90).optional(), }), data: z.object({ ...externalStatusHistoryDailyShape, component_id: z.string(), }), opts: { next: { revalidate: REVALIDATE } }, }); }
public get externalStatusComponentLatest() { return this.tb.buildPipe({ pipe: "endpoint__external_status_component_latest__v0", parameters: z.object({ component_ids: z.array(z.string()).min(1), }), data: z.object({ component_id: z.string(), indicator: z.string(), status: z.string(), last_fetched_at: z.int(), }), opts: { next: { revalidate: REVALIDATE } }, }); }}