; window.NREUM || (NREUM = {}); NREUM.init = { distributed_tracing: { enabled: true }, privacy: { cookies_enabled: true }, ajax: { deny_list: ["bam.nr-data.net"] } }; ; NREUM.loader_config = { accountID: "4109274", trustKey: "1248339", agentID: "594449522", licenseKey: "NRJS-affa4846a4edbdedd9b", applicationID: "594449522" }; ; NREUM.info = { beacon: "bam.nr-data.net", errorBeacon: "bam.nr-data.net", licenseKey: "NRJS-affa4846a4edbdedd9b", applicationID: "594449522", sa: 1 }; ;/*! For license information please see nr-loader-spa-1.246.1.min.js.LICENSE.txt */ (() => { "use strict"; var e, t, r = { 234: (e, t, r) => { r.d(t, { P_: () => g, Mt: () => v, C5: () => s, DL: () => A, OP: () => D, lF: () => N, Yu: () => x, Dg: () => m, CX: () => c, GE: () => w, sU: () => j }); var n = r(8632), i = r(9567); const o = { beacon: n.ce.beacon, errorBeacon: n.ce.errorBeacon, licenseKey: void 0, applicationID: void 0, sa: void 0, queueTime: void 0, applicationTime: void 0, ttGuid: void 0, user: void 0, account: void 0, product: void 0, extra: void 0, jsAttributes: {}, userAttributes: void 0, atts: void 0, transactionName: void 0, tNamePlain: void 0 }, a = {}; function s(e) { if (!e) throw new Error("All info objects require an agent identifier!"); if (!a[e]) throw new Error("Info for ".concat(e, " was never set")); return a[e] } function c(e, t) { if (!e) throw new Error("All info objects require an agent identifier!"); a[e] = (0, i.D)(t, o), (0, n.Qy)(e, a[e], "info") } const u = e => { if (!e || "string" != typeof e) return !1; try { document.createDocumentFragment().querySelector(e) } catch { return !1 } return !0 }; var d = r(7056), l = r(50); const f = () => { const e = { mask_selector: "*", block_selector: "[data-nr-block]", mask_input_options: { color: !1, date: !1, "datetime-local": !1, email: !1, month: !1, number: !1, range: !1, search: !1, tel: !1, text: !1, time: !1, url: !1, week: !1, textarea: !1, select: !1, password: !0 } }; return { feature_flags: [], proxy: { assets: void 0, beacon: void 0 }, privacy: { cookies_enabled: !0 }, ajax: { deny_list: void 0, block_internal: !0, enabled: !0, harvestTimeSeconds: 10, autoStart: !0 }, distributed_tracing: { enabled: void 0, exclude_newrelic_header: void 0, cors_use_newrelic_header: void 0, cors_use_tracecontext_headers: void 0, allowed_origins: void 0 }, session: { domain: void 0, expiresMs: d.oD, inactiveMs: d.Hb }, ssl: void 0, obfuscate: void 0, jserrors: { enabled: !0, harvestTimeSeconds: 10, autoStart: !0 }, metrics: { enabled: !0, autoStart: !0 }, page_action: { enabled: !0, harvestTimeSeconds: 30, autoStart: !0 }, page_view_event: { enabled: !0, autoStart: !0 }, page_view_timing: { enabled: !0, harvestTimeSeconds: 30, long_task: !1, autoStart: !0 }, session_trace: { enabled: !0, harvestTimeSeconds: 10, autoStart: !0 }, harvest: { tooManyRequestsDelay: 60 }, session_replay: { autoStart: !0, enabled: !1, harvestTimeSeconds: 60, sampling_rate: 50, error_sampling_rate: 50, collect_fonts: !1, inline_images: !1, inline_stylesheet: !0, mask_all_inputs: !0, get mask_text_selector() { return e.mask_selector }, set mask_text_selector(t) { u(t) ? e.mask_selector = t + ",[data-nr-mask]" : null === t ? e.mask_selector = t : (0, l.Z)("An invalid session_replay.mask_selector was provided and will not be used", t) }, get block_class() { return "nr-block" }, get ignore_class() { return "nr-ignore" }, get mask_text_class() { return "nr-mask" }, get block_selector() { return e.block_selector }, set block_selector(t) { u(t) ? e.block_selector += ",".concat(t) : "" !== t && (0, l.Z)("An invalid session_replay.block_selector was provided and will not be used", t) }, get mask_input_options() { return e.mask_input_options }, set mask_input_options(t) { t && "object" == typeof t ? e.mask_input_options = { ...t, password: !0 } : (0, l.Z)("An invalid session_replay.mask_input_option was provided and will not be used", t) } }, spa: { enabled: !0, harvestTimeSeconds: 10, autoStart: !0 } } }, h = {}, p = "All configuration objects require an agent identifier!"; function g(e) { if (!e) throw new Error(p); if (!h[e]) throw new Error("Configuration for ".concat(e, " was never set")); return h[e] } function m(e, t) { if (!e) throw new Error(p); h[e] = (0, i.D)(t, f()), (0, n.Qy)(e, h[e], "config") } function v(e, t) { if (!e) throw new Error(p); var r = g(e); if (r) { for (var n = t.split("."), i = 0; i < n.length - 1; i++)if ("object" != typeof (r = r[n[i]])) return; r = r[n[n.length - 1]] } return r } const b = { accountID: void 0, trustKey: void 0, agentID: void 0, licenseKey: void 0, applicationID: void 0, xpid: void 0 }, y = {}; function A(e) { if (!e) throw new Error("All loader-config objects require an agent identifier!"); if (!y[e]) throw new Error("LoaderConfig for ".concat(e, " was never set")); return y[e] } function w(e, t) { if (!e) throw new Error("All loader-config objects require an agent identifier!"); y[e] = (0, i.D)(t, b), (0, n.Qy)(e, y[e], "loader_config") } const x = (0, n.mF)().o; var E = r(385), _ = r(6818); const T = { buildEnv: _.Re, customTransaction: void 0, disabled: !1, distMethod: _.gF, isolatedBacklog: !1, loaderType: void 0, maxBytes: 3e4, offset: Math.floor(E._A?.performance?.timeOrigin || E._A?.performance?.timing?.navigationStart || Date.now()), onerror: void 0, origin: "" + E._A.location, ptid: void 0, releaseIds: {}, session: void 0, xhrWrappable: "function" == typeof E._A.XMLHttpRequest?.prototype?.addEventListener, version: _.q4, denyList: void 0 }, S = {}; function D(e) { if (!e) throw new Error("All runtime objects require an agent identifier!"); if (!S[e]) throw new Error("Runtime for ".concat(e, " was never set")); return S[e] } function j(e, t) { if (!e) throw new Error("All runtime objects require an agent identifier!"); S[e] = (0, i.D)(t, T), (0, n.Qy)(e, S[e], "runtime") } function N(e) { return function (e) { try { const t = s(e); return !!t.licenseKey && !!t.errorBeacon && !!t.applicationID } catch (e) { return !1 } }(e) } }, 9567: (e, t, r) => { r.d(t, { D: () => i }); var n = r(50); function i(e, t) { try { if (!e || "object" != typeof e) return (0, n.Z)("Setting a Configurable requires an object as input"); if (!t || "object" != typeof t) return (0, n.Z)("Setting a Configurable requires a model to set its initial properties"); const r = Object.create(Object.getPrototypeOf(t), Object.getOwnPropertyDescriptors(t)), o = 0 === Object.keys(r).length ? e : r; for (let a in o) if (void 0 !== e[a]) try { Array.isArray(e[a]) && Array.isArray(t[a]) ? r[a] = Array.from(new Set([...e[a], ...t[a]])) : "object" == typeof e[a] && "object" == typeof t[a] ? r[a] = i(e[a], t[a]) : r[a] = e[a] } catch (e) { (0, n.Z)("An error occurred while setting a property of a Configurable", e) } return r } catch (e) { (0, n.Z)("An error occured while setting a Configurable", e) } } }, 6818: (e, t, r) => { r.d(t, { Re: () => i, gF: () => o, lF: () => a, q4: () => n }); const n = "1.246.1", i = "PROD", o = "CDN", a = "2.0.0-alpha.11" }, 385: (e, t, r) => { r.d(t, { FN: () => s, IF: () => d, Nk: () => f, Tt: () => c, _A: () => o, cv: () => h, iS: () => a, il: () => n, ux: () => u, v6: () => i, w1: () => l }); const n = "undefined" != typeof window && !!window.document, i = "undefined" != typeof WorkerGlobalScope && ("undefined" != typeof self && self instanceof WorkerGlobalScope && self.navigator instanceof WorkerNavigator || "undefined" != typeof globalThis && globalThis instanceof WorkerGlobalScope && globalThis.navigator instanceof WorkerNavigator), o = n ? 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this.xhrGuids && !this.xhrGuids[r] && (this.xhrGuids[r] = !0, this.totalCbs += 1) } function h(e, t) { var r = "" + M(e) + !!t; this.xhrGuids && this.xhrGuids[r] && (delete this.xhrGuids[r], this.totalCbs -= 1) } function p() { this.endTime = (0, j.z)() } function g(e, r) { r instanceof X && "load" === e[0] && t.emit("xhr-load-added", [e[1], e[2]], r) } function m(e, r) { r instanceof X && "load" === e[0] && t.emit("xhr-load-removed", [e[1], e[2]], r) } function v(e, t, r) { t instanceof X && ("onload" === r && (this.onload = !0), ("load" === (e[0] && e[0].type) || this.onload) && (this.xhrCbStart = (0, j.z)())) } function b(e, r) { this.xhrCbStart && t.emit("xhr-cb-time", [(0, j.z)() - this.xhrCbStart, this.onload, r], r) } function y(e) { var t, r = e[1] || {}; if ("string" == typeof e[0] ? 0 === (t = e[0]).length && l.il && (t = "" + l._A.location.href) : e[0] && e[0].url ? t = e[0].url : l._A?.URL && e[0] && e[0] instanceof URL ? t = e[0].href : "function" == typeof e[0].toString && (t = e[0].toString()), "string" == typeof t && 0 !== t.length) { t && (this.parsedOrigin = (0, U.e)(t), this.sameOrigin = this.parsedOrigin.sameOrigin); 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var o = ("" + (i && i instanceof W && i.method || n.method || "GET")).toUpperCase(); this.params.method = o, this.body = n.body, this.txSize = F(n.body) || 0 } function w(e, t) { var n; this.endTime = (0, j.z)(), this.params || (this.params = {}), this.params.status = t ? t.status : 0, "string" == typeof this.rxSize && this.rxSize.length > 0 && (n = +this.rxSize); var o = { txSize: this.txSize, rxSize: n, duration: (0, j.z)() - this.startTime }; i("xhr", [this.params, o, this.startTime, this.endTime, "fetch"], this, r.D.ajax) } function x(e) { var t = this.params, n = this.metrics; if (!this.ended) { this.ended = !0; for (var o = 0; o < G; o++)e.removeEventListener(q[o], this.listener, !1); t.aborted || (n.duration = (0, j.z)() - this.startTime, this.loadCaptureCalled || 4 !== e.readyState ? null == t.status && (t.status = 0) : E(this, e), n.cbTime = this.cbTime, i("xhr", [t, n, this.startTime, this.endTime, "xhr"], this, r.D.ajax)) } } function E(e, t) { e.params.status = t.status; var r = function (e, t) { var r = e.responseType; return "json" === r && null !== t ? t : "arraybuffer" === r || "blob" === r || "json" === r ? F(e.response) : "text" === r || "" === r || void 0 === r ? F(e.responseText) : void 0 }(t, e.lastSize); if (r && (e.metrics.rxSize = r), e.sameOrigin) { var n = t.getResponseHeader("X-NewRelic-App-Data"); n && (e.params.cat = n.split(", ").pop()) } e.loadCaptureCalled = !0 } t.on("new-xhr", a), t.on("open-xhr-start", s), t.on("open-xhr-end", c), t.on("send-xhr-start", u), t.on("xhr-cb-time", d), t.on("xhr-load-added", f), t.on("xhr-load-removed", h), t.on("xhr-resolved", p), t.on("addEventListener-end", g), t.on("removeEventListener-end", m), t.on("fn-end", b), t.on("fetch-before-start", y), t.on("fetch-start", A), t.on("fn-start", v), t.on("fetch-done", w) }(e, this.ee, this.handler, this.dt), this.importAggregator() } } } function K(e, t) { var r = (0, U.e)(t), n = e.params || e; n.hostname = r.hostname, n.port = r.port, n.protocol = r.protocol, n.host = r.hostname + ":" + r.port, n.pathname = r.pathname, e.parsedOrigin = r, e.sameOrigin = r.sameOrigin } var Y = i(3614); const { BST_RESOURCE: J, RESOURCE: ee, START: te, END: re, FEATURE_NAME: ne, FN_END: ie, FN_START: oe, PUSH_STATE: ae } = Y; var se = i(7144); class ce extends f { static featureName = se.t; constructor(e, t) { let r = !(arguments.length > 2 && void 0 !== arguments[2]) || arguments[2]; super(e, t, se.t, r), this.importAggregator() } } var ue = i(7836); const { FEATURE_NAME: de, START: le, END: fe, BODY: he, CB_END: pe, JS_TIME: ge, FETCH: me, FN_START: ve, CB_START: be, FN_END: ye } = ue; var Ae = i(4649); class we extends f { static featureName = Ae.t; constructor(e, t) { let r = !(arguments.length > 2 && void 0 !== arguments[2]) || arguments[2]; super(e, t, Ae.t, r), this.importAggregator() } } new class extends t { constructor(t) { let r = arguments.length > 1 && void 0 !== arguments[1] ? arguments[1] : (0, E.ky)(16); super(), l._A ? (this.agentIdentifier = r, this.sharedAggregator = new v({ agentIdentifier: this.agentIdentifier }), this.features = {}, this.desiredFeatures = new Set(t.features || []), this.desiredFeatures.add(p), Object.assign(this, (0, s.j)(this.agentIdentifier, t, t.loaderType || "agent")), this.run()) : (0, e.Z)("Failed to initial the agent. Could not determine the runtime environment.") } get config() { return { info: (0, n.C5)(this.agentIdentifier), init: (0, n.P_)(this.agentIdentifier), loader_config: (0, n.DL)(this.agentIdentifier), runtime: (0, n.OP)(this.agentIdentifier) } } run() { const t = "features"; try { const n = a(this.agentIdentifier), i = [...this.desiredFeatures]; i.sort(((e, t) => r.p[e.featureName] - r.p[t.featureName])), i.forEach((t => { if (n[t.featureName] || t.featureName === r.D.pageViewEvent) { const i = function (e) { switch (e) { case r.D.ajax: return [r.D.jserrors]; case r.D.sessionTrace: return [r.D.ajax, r.D.pageViewEvent]; case r.D.sessionReplay: return [r.D.sessionTrace]; case r.D.pageViewTiming: return [r.D.pageViewEvent]; default: return [] } }(t.featureName); i.every((e => n[e])) || (0, e.Z)("".concat(t.featureName, " is enabled but one or more dependent features has been disabled (").concat((0, _.P)(i), "). This may cause unintended consequences or missing data...")), this.features[t.featureName] = new t(this.agentIdentifier, this.sharedAggregator) } })), (0, x.Qy)(this.agentIdentifier, this.features, t) } catch (r) { (0, e.Z)("Failed to initialize all enabled instrument classes (agent aborted) -", r); for (const e in this.features) this.features[e].abortHandler?.(); const n = (0, x.fP)(); return delete n.initializedAgents[this.agentIdentifier]?.api, delete n.initializedAgents[this.agentIdentifier]?.[t], delete this.sharedAggregator, n.ee?.abort(), delete n.ee?.get(this.agentIdentifier), !1 } } addToTrace(t) { (0, e.Z)("Call to agent api addToTrace failed. The session trace feature is not currently initialized.") } setCurrentRouteName(t) { (0, e.Z)("Call to agent api setCurrentRouteName failed. The spa feature is not currently initialized.") } interaction() { (0, e.Z)("Call to agent api interaction failed. 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