window.NREUM || (NREUM = {}); NREUM.init = { distributed_tracing: { enabled: true }, privacy: { cookies_enabled: true }, ajax: { deny_list: ["bam.nr-data.net"] } }; NREUM.loader_config = { accountID: 3690705, trustKey: 3690705, agentID: 1103406034, licenseKey: 929813c949005930dde6f36ff47df0f6FFFFNRAL, applicationID: 1103406034 };; NREUM.info = { beacon: "bam.nr-data.net", errorBeacon: "bam.nr-data.net", licenseKey: "NRJS-8305f0848b2836a0879", applicationID: "1103406034", sa: 1 }; (() => { var e, t, r = { 8122: (e, t, r) => { "use strict"; r.d(t, { a: () => i }); var n = r(944); function i(e, t) { try { if (!e || "object" != typeof e) return (0, n.R)(3); if (!t || "object" != typeof t) return (0, n.R)(4); 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 { if (null === e[a]) { r[a] = null; continue } 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] ? 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return !!e && !!e.cors_use_tracecontext_headers } } var se = i(9300), ce = i(7295), ue = ["load", "error", "abort", "timeout"], de = ue.length, le = (0, R.dV)().o.REQ, fe = (0, R.dV)().o.XHR; const he = "X-NewRelic-App-Data"; class pe extends b { static featureName = se.T; constructor(e, t = !0) { super(e, se.T, t), this.dt = new ae(e.agentIdentifier), this.handler = (e, t, r, n) => (0, x.p)(e, t, r, n, this.ee); try { const e = { xmlhttprequest: "xhr", fetch: "fetch", beacon: "beacon" }; p.gm?.performance?.getEntriesByType("resource").forEach((t => { if (t.initiatorType in e && 0 !== t.responseStatus) { const r = { status: t.responseStatus }, n = { rxSize: t.transferSize, duration: Math.floor(t.duration), cbTime: 0 }; ge(r, t.name), this.handler("xhr", [r, n, t.startTime, t.responseEnd, e[t.initiatorType]], void 0, a.K7.ajax) } })) } catch (e) {} ne(this.ee), Z(this.ee), function(e, t, r, n) { function i(e) { var t = this; t.totalCbs = 0, t.called = 0, t.cbTime = 0, t.end = R, t.ended = !1, t.xhrGuids = {}, t.lastSize = null, t.loadCaptureCalled = !1, t.params = this.params || {}, t.metrics = this.metrics || {}, e.addEventListener("load", (function(r) { E(t, e) }), (0, A.jT)(!1)), p.lR || e.addEventListener("progress", (function(e) { t.lastSize = e.loaded }), (0, A.jT)(!1)) } function o(e) { this.params = { method: e[0] }, ge(this, e[1]), this.metrics = {} } function s(t, r) { e.loader_config.xpid && this.sameOrigin && r.setRequestHeader("X-NewRelic-ID", e.loader_config.xpid); var i = n.generateTracePayload(this.parsedOrigin); if (i) { var o = !1; i.newrelicHeader && (r.setRequestHeader("newrelic", i.newrelicHeader), o = !0), i.traceContextParentHeader && (r.setRequestHeader("traceparent", i.traceContextParentHeader), i.traceContextStateHeader && r.setRequestHeader("tracestate", i.traceContextStateHeader), o = !0), o && (this.dt = i) } } function c(e, r) { var n = this.metrics, i = e[0], o = this; if (n && i) { var a = G(i); a && (n.txSize = a) } this.startTime = (0, S.t)(), this.body = i, this.listener = function(e) { try { "abort" !== e.type || o.loadCaptureCalled || (o.params.aborted = !0), ("load" !== e.type || o.called === o.totalCbs && (o.onloadCalled || "function" != typeof r.onload) && "function" == typeof o.end) && o.end(r) } catch (e) { try { t.emit("internal-error", [e]) } catch (e) {} } }; for (var s = 0; s < de; s++) r.addEventListener(ue[s], this.listener, (0, A.jT)(!1)) } function u(e, t, r) { this.cbTime += e, t ? this.onloadCalled = !0 : this.called += 1, this.called !== this.totalCbs || !this.onloadCalled && "function" == typeof r.onload || "function" != typeof this.end || this.end(r) } function d(e, t) { var r = "" + V(e) + !!t; this.xhrGuids && !this.xhrGuids[r] && (this.xhrGuids[r] = !0, this.totalCbs += 1) } function l(e, t) { var r = "" + V(e) + !!t; this.xhrGuids && this.xhrGuids[r] && (delete this.xhrGuids[r], this.totalCbs -= 1) } function f() { this.endTime = (0, S.t)() } function h(e, r) { r instanceof fe && "load" === e[0] && t.emit("xhr-load-added", [e[1], e[2]], r) } function g(e, r) { r instanceof fe && "load" === e[0] && t.emit("xhr-load-removed", [e[1], e[2]], r) } function m(e, t, r) { t instanceof fe && ("onload" === r && (this.onload = !0), ("load" === (e[0] && e[0].type) || this.onload) && (this.xhrCbStart = (0, S.t)())) } function v(e, r) { this.xhrCbStart && t.emit("xhr-cb-time", [(0, S.t)() - this.xhrCbStart, this.onload, r], r) } function b(e) { var t, r = e[1] || {}; if ("string" == typeof e[0] ? 0 === (t = e[0]).length && p.RI && (t = "" + p.gm.location.href) : e[0] && e[0].url ? t = e[0].url : p.gm?.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, ie.D)(t), this.sameOrigin = this.parsedOrigin.sameOrigin); var i = n.generateTracePayload(this.parsedOrigin); if (i && (i.newrelicHeader || i.traceContextParentHeader)) if (e[0] && e[0].headers) s(e[0].headers, i) && (this.dt = i); else { var o = {}; for (var a in r) o[a] = r[a]; o.headers = new Headers(r.headers || {}), s(o.headers, i) && (this.dt = i), e.length > 1 ? e[1] = o : e.push(o) } } function s(e, t) { var r = !1; return t.newrelicHeader && (e.set("newrelic", t.newrelicHeader), r = !0), t.traceContextParentHeader && (e.set("traceparent", t.traceContextParentHeader), t.traceContextStateHeader && e.set("tracestate", t.traceContextStateHeader), r = !0), r } } function y(e, t) { this.params = {}, this.metrics = {}, this.startTime = (0, S.t)(), this.dt = t, e.length >= 1 && (this.target = e[0]), e.length >= 2 && (this.opts = e[1]); var r, n = this.opts || {}, i = this.target; "string" == typeof i ? r = i : "object" == typeof i && i instanceof le ? r = i.url : p.gm?.URL && "object" == typeof i && i instanceof URL && (r = i.href), ge(this, r); var o = ("" + (i && i instanceof le && i.method || n.method || "GET")).toUpperCase(); this.params.method = o, this.body = n.body, this.txSize = G(n.body) || 0 } function w(e, t) { if (this.endTime = (0, S.t)(), this.params || (this.params = {}), (0, ce.iW)(this.params)) return; let n; this.params.status = t ? t.status : 0, "string" == typeof this.rxSize && this.rxSize.length > 0 && (n = +this.rxSize); const i = { txSize: this.txSize, rxSize: n, duration: (0, S.t)() - this.startTime }; r("xhr", [this.params, i, this.startTime, this.endTime, "fetch"], this, a.K7.ajax) } function R(e) { const t = this.params, n = this.metrics; if (!this.ended) { this.ended = !0; for (let t = 0; t < de; t++) e.removeEventListener(ue[t], this.listener, !1); t.aborted || (0, ce.iW)(t) || (n.duration = (0, S.t)() - this.startTime, this.loadCaptureCalled || 4 !== e.readyState ? null == t.status && (t.status = 0) : E(this, e), n.cbTime = this.cbTime, r("xhr", [t, n, this.startTime, this.endTime, "xhr"], this, a.K7.ajax)) } } function E(e, r) { e.params.status = r.status; var n = function(e, t) { var r = e.responseType; return "json" === r && null !== t ? t : "arraybuffer" === r || "blob" === r || "json" === r ? G(e.response) : "text" === r || "" === r || void 0 === r ? G(e.responseText) : void 0 }(r, e.lastSize); if (n && (e.metrics.rxSize = n), e.sameOrigin && r.getAllResponseHeaders().indexOf(he) >= 0) { var i = r.getResponseHeader(he); i && ((0, x.p)(O.rs, ["Ajax/CrossApplicationTracing/Header/Seen"], void 0, a.K7.metrics, t), e.params.cat = i.split(", ").pop()) } e.loadCaptureCalled = !0 } t.on("new-xhr", i), t.on("open-xhr-start", o), t.on("open-xhr-end", s), t.on("send-xhr-start", c), t.on("xhr-cb-time", u), t.on("xhr-load-added", d), t.on("xhr-load-removed", l), t.on("xhr-resolved", f), t.on("addEventListener-end", h), t.on("removeEventListener-end", g), t.on("fn-end", v), t.on("fetch-before-start", b), t.on("fetch-start", y), t.on("fn-start", m), t.on("fetch-done", w) }(e, this.ee, this.handler, this.dt), this.importAggregator(e) } } function ge(e, t) { var r = (0, ie.D)(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 } const me = {}, ve = ["pushState", "replaceState"]; function be(e) { const t = function(e) { return (e || B.ee).get("history") }(e); return !p.RI || me[t.debugId]++ || (me[t.debugId] = 1, (0, W.YM)(t).inPlace(window.history, ve, "-")), t } var ye = i(3738); const { He: we, bD: Re, d3: xe, Kp: Ee, TZ: Ae, Lc: Te, uP: Se, Rz: Ne } = ye; class Oe extends b { static featureName = Ae; constructor(e, t = !0) { super(e, Ae, t); if (!(0, m.V)(this.agentIdentifier)) return void this.deregisterDrain(); const r = this.ee; let n; be(r), this.eventsEE = (0, F.u)(r), this.eventsEE.on(Se, (function(e, t) { this.bstStart = (0, S.t)() })), this.eventsEE.on(Te, (function(e, t) { (0, x.p)("bst", [e[0], t, this.bstStart, (0, S.t)()], void 0, a.K7.sessionTrace, r) })), r.on(Ne + xe, (function(e) { this.time = (0, S.t)(), this.startPath = location.pathname + location.hash })), r.on(Ne + Ee, (function(e) { (0, x.p)("bstHist", [location.pathname + location.hash, this.startPath, this.time], void 0, a.K7.sessionTrace, r) })); try { n = new PerformanceObserver((e => { const t = e.getEntries(); (0, x.p)(we, [t], void 0, a.K7.sessionTrace, r) })), n.observe({ type: Re, buffered: !0 }) } catch (e) {} this.importAggregator(e, { resourceObserver: n }) } } var _e = i(2614); class Ie extends b { static featureName = t.TZ; #i; #o; constructor(e, r = !0) { let n; super(e, t.TZ, r), this.replayRunning = !1, this.#o = e; try { n = JSON.parse(localStorage.getItem("".concat(_e.H3, "_").concat(_e.uh))) } catch (e) {}(0, g.SR)(e.agentIdentifier) && this.ee.on(t.G4.RECORD, (() => this.#a())), this.#s(n) ? (this.#i = n?.sessionReplayMode, this.#c()) : this.importAggregator(e), this.ee.on("err", (e => { this.replayRunning && (this.errorNoticed = !0, (0, x.p)(t.G4.ERROR_DURING_REPLAY, [e], void 0, this.featureName, this.ee)) })), this.ee.on(t.G4.REPLAY_RUNNING, (e => { this.replayRunning = e })) } #s(e) { return e && (e.sessionReplayMode === _e.g.FULL || e.sessionReplayMode === _e.g.ERROR) || (0, g.Aw)(this.agentIdentifier) } #u = !1; async #c(e) { if (!this.#u) { this.#u = !0; try { const { Recorder: t } = await Promise.all([i.e(478), i.e(249)]).then(i.bind(i, 8589)); this.recorder ??= new t({ mode: this.#i, agentIdentifier: this.agentIdentifier, trigger: e, ee: this.ee, agentRef: this.#o }), this.recorder.startRecording(), this.abortHandler = this.recorder.stopRecording } catch (e) {} this.importAggregator(this.#o, { recorder: this.recorder, errorNoticed: this.errorNoticed }) } } #a() { this.featAggregate ? this.featAggregate.mode !== _e.g.FULL && this.featAggregate.initializeRecording(_e.g.FULL, !0) : (this.#i = _e.g.FULL, this.#c(t.Qb.API), this.recorder && this.recorder.parent.mode !== _e.g.FULL && (this.recorder.parent.mode = _e.g.FULL, this.recorder.stopRecording(), this.recorder.startRecording(), this.abortHandler = this.recorder.stopRecording)) } } var Pe = i(3962); class je extends b { static featureName = Pe.TZ; constructor(e, t = !0) { if (super(e, Pe.TZ, t), !p.RI || !(0, R.dV)().o.MO) return; const r = be(this.ee); Pe.tC.forEach((e => { (0, A.sp)(e, (e => { a(e) }), !0) })); const n = () => (0, x.p)("newURL", [(0, S.t)(), "" + window.location], void 0, this.featureName, this.ee); r.on("pushState-end", n), r.on("replaceState-end", n); try { this.removeOnAbort = new AbortController } catch (e) {}(0, A.sp)("popstate", (e => (0, x.p)("newURL", [e.timeStamp, "" + window.location], void 0, this.featureName, this.ee)), !0, this.removeOnAbort?.signal); let i = !1; const o = new((0, R.dV)().o.MO)(((e, t) => { i || (i = !0, requestAnimationFrame((() => { (0, x.p)("newDom", [(0, S.t)()], void 0, this.featureName, this.ee), i = !1 }))) })), a = (0, v.s)((e => { (0, x.p)("newUIEvent", [e], void 0, this.featureName, this.ee), o.observe(document.body, { attributes: !0, childList: !0, subtree: !0, characterData: !0 }) }), 100, { leading: !0 }); this.abortHandler = function() { this.removeOnAbort?.abort(), o.disconnect(), this.abortHandler = void 0 }, this.importAggregator(e, { domObserver: o }) } } var Ce = i(7378); const ke = {}, Le = ["appendChild", "insertBefore", "replaceChild"]; function He(e) { const t = function(e) { return (e || B.ee).get("jsonp") }(e); if (!p.RI || ke[t.debugId]) return t; ke[t.debugId] = !0; var r = (0, W.YM)(t), n = /[?&](?:callback|cb)=([^&#]+)/, i = /(.*).([^.]+)/, o = /^(w+)(.|$)(.*)$/; function a(e, t) { if (!e) return t; const r = e.match(o), n = r[1]; return a(r[3], t[n]) } return r.inPlace(Node.prototype, Le, "dom-"), t.on("dom-start", (function(e) { ! function(e) { if (!e || "string" != typeof e.nodeName || "script" !== e.nodeName.toLowerCase()) return; if ("function" != typeof e.addEventListener) return; var o = (s = e.src, c = s.match(n), c ? c[1] : null); var s, c; if (!o) return; var u = function(e) { var t = e.match(i); if (t && t.length >= 3) return { key: t[2], parent: a(t[1], window) }; return { key: e, parent: window } }(o); if ("function" != typeof u.parent[u.key]) return; var d = {}; function l() { t.emit("jsonp-end", [], d), e.removeEventListener("load", l, (0, A.jT)(!1)), e.removeEventListener("error", f, (0, A.jT)(!1)) } function f() { t.emit("jsonp-error", [], d), t.emit("jsonp-end", [], d), e.removeEventListener("load", l, (0, A.jT)(!1)), e.removeEventListener("error", f, (0, A.jT)(!1)) } r.inPlace(u.parent, [u.key], "cb-", d), e.addEventListener("load", l, (0, A.jT)(!1)), e.addEventListener("error", f, (0, A.jT)(!1)), t.emit("new-jsonp", [e.src], d) }(e[0]) })), t } const Me = {}; function De(e) { const t = function(e) { return (e || B.ee).get("promise") }(e); if (Me[t.debugId]) return t; Me[t.debugId] = !0; var r = t.context, n = (0, W.YM)(t), i = p.gm.Promise; return i && function() { function e(r) { var o = t.context(), a = n(r, "executor-", o, null, !1); const s = Reflect.construct(i, [a], e); return t.context(s).getCtx = function() { return o }, s } p.gm.Promise = e, Object.defineProperty(e, "name", { value: "Promise" }), e.toString = function() { return i.toString() }, Object.setPrototypeOf(e, i), ["all", "race"].forEach((function(r) { const n = i[r]; e[r] = function(e) { let i = !1; [...e || []].forEach((e => { this.resolve(e).then(a("all" === r), a(!1)) })); const o = n.apply(this, arguments); return o; function a(e) { return function() { t.emit("propagate", [null, !i], o, !1, !1), i = i || !e } } } })), ["resolve", "reject"].forEach((function(r) { const n = i[r]; e[r] = function(e) { const r = n.apply(this, arguments); return e !== r && t.emit("propagate", [e, !0], r, !1, !1), r } })), e.prototype = i.prototype; const o = i.prototype.then; i.prototype.then = function(...e) { var i = this, a = r(i); a.promise = i, e[0] = n(e[0], "cb-", a, null, !1), e[1] = n(e[1], "cb-", a, null, !1); const s = o.apply(this, e); return a.nextPromise = s, t.emit("propagate", [i, !0], s, !1, !1), s }, i.prototype.then[W.Jt] = o, t.on("executor-start", (function(e) { e[0] = n(e[0], "resolve-", this, null, !1), e[1] = n(e[1], "resolve-", this, null, !1) })), t.on("executor-err", (function(e, t, r) { e[1](r) })), t.on("cb-end", (function(e, r, n) { t.emit("propagate", [n, !0], this.nextPromise, !1, !1) })), t.on("propagate", (function(e, r, n) { this.getCtx && !r || (this.getCtx = function() { if (e instanceof Promise) var r = t.context(e); return r && r.getCtx ? r.getCtx() : this }) })) }(), t } const Ke = {}, Ue = "setTimeout", Ve = "setInterval", Ge = "clearTimeout", Fe = "-start", Be = [Ue, "setImmediate", Ve, Ge, "clearImmediate"]; function We(e) { const t = function(e) { return (e || B.ee).get("timer") }(e); if (Ke[t.debugId]++) return t; Ke[t.debugId] = 1; var r = (0, W.YM)(t); return r.inPlace(p.gm, Be.slice(0, 2), Ue + "-"), r.inPlace(p.gm, Be.slice(2, 3), Ve + "-"), r.inPlace(p.gm, Be.slice(3), Ge + "-"), t.on(Ve + Fe, (function(e, t, n) { e[0] = r(e[0], "fn-", null, n) })), t.on(Ue + Fe, (function(e, t, n) { this.method = n, this.timerDuration = isNaN(e[1]) ? 0 : +e[1], e[0] = r(e[0], "fn-", this, n) })), t } const ze = {}; function qe(e) { const t = function(e) { return (e || B.ee).get("mutation") }(e); if (!p.RI || ze[t.debugId]) return t; ze[t.debugId] = !0; var r = (0, W.YM)(t), n = p.gm.MutationObserver; return n && (window.MutationObserver = function(e) { return this instanceof n ? new n(r(e, "fn-")) : n.apply(this, arguments) }, MutationObserver.prototype = n.prototype), t } const { TZ: Ze, d3: Ye, Kp: Je, $p: Xe, wW: $e, e5: Qe, tH: et, uP: tt, rw: rt, Lc: nt } = Ce; class it extends b { static featureName = Ze; constructor(e, t = !0) { if (super(e, Ze, t), !p.RI) return; try { this.removeOnAbort = new AbortController } catch (e) {} let r, n = 0; const i = this.ee.get("tracer"), o = He(this.ee), a = De(this.ee), s = We(this.ee), c = Z(this.ee), u = this.ee.get("events"), d = ne(this.ee), l = be(this.ee), f = qe(this.ee); function h(e, t) { l.emit("newURL", ["" + window.location, t]) } function g() { n++, r = window.location.hash, this[tt] = (0, S.t)() } function m() { n--, window.location.hash !== r && h(0, !0); var e = (0, S.t)(); this[Qe] = ~~this[Qe] + e - this[tt], this[nt] = e } function v(e, t) { e.on(t, (function() { this[t] = (0, S.t)() })) } this.ee.on(tt, g), a.on(rt, g), o.on(rt, g), this.ee.on(nt, m), a.on($e, m), o.on($e, m), this.ee.on("fn-err", ((...t) => { t[2]?.__newrelic?.[e.agentIdentifier] || (0, x.p)("function-err", [...t], void 0, this.featureName, this.ee) })), this.ee.buffer([tt, nt, "xhr-resolved"], this.featureName), u.buffer([tt], this.featureName), s.buffer(["setTimeout" + Je, "clearTimeout" + Ye, tt], this.featureName), c.buffer([tt, "new-xhr", "send-xhr" + Ye], this.featureName), d.buffer([et + Ye, et + "-done", et + Xe + Ye, et + Xe + Je], this.featureName), l.buffer(["newURL"], this.featureName), f.buffer([tt], this.featureName), a.buffer(["propagate", rt, $e, "executor-err", "resolve" + Ye], this.featureName), i.buffer([tt, "no-" + tt], this.featureName), o.buffer(["new-jsonp", "cb-start", "jsonp-error", "jsonp-end"], this.featureName), v(d, et + Ye), v(d, et + "-done"), v(o, "new-jsonp"), v(o, "jsonp-end"), v(o, "cb-start"), l.on("pushState-end", h), l.on("replaceState-end", h), window.addEventListener("hashchange", h, (0, A.jT)(!0, this.removeOnAbort?.signal)), window.addEventListener("load", h, (0, A.jT)(!0, this.removeOnAbort?.signal)), window.addEventListener("popstate", (function() { h(0, n > 1) }), (0, A.jT)(!0, this.removeOnAbort?.signal)), this.abortHandler = this.#n, this.importAggregator(e) } #n() { this.removeOnAbort?.abort(), this.abortHandler = void 0 } } var ot = i(3333); class at extends b { static featureName = ot.TZ; constructor(e, t = !0) { super(e, ot.TZ, t); const r = [e.init.page_action.enabled, e.init.performance.capture_marks, e.init.performance.capture_measures, e.init.user_actions.enabled, e.init.performance.resources.enabled]; if (p.RI && (e.init.user_actions.enabled && (ot.Zp.forEach((e => (0, A.sp)(e, (e => (0, x.p)("ua", [e], void 0, this.featureName, this.ee)), !0))), ot.qN.forEach((e => { const t = (0, v.s)((e => { (0, x.p)("ua", [e], void 0, this.featureName, this.ee) }), 500, { leading: !0 }); (0, A.sp)(e, t) }))), e.init.performance.resources.enabled && p.gm.PerformanceObserver?.supportedEntryTypes.includes("resource"))) { new PerformanceObserver((e => { e.getEntries().forEach((e => { (0, x.p)("browserPerformance.resource", [e], void 0, this.featureName, this.ee) })) })).observe({ type: "resource", buffered: !0 }) } r.some((e => e)) ? this.importAggregator(e) : this.deregisterDrain() } } var st = i(993), ct = i(3785), ut = i(9414); class dt extends b { static featureName = st.TZ; constructor(e, t = !0) { super(e, st.TZ, t); const r = this.ee; (0, ut.J)(r, p.gm.console, "log", { level: "info" }), (0, ut.J)(r, p.gm.console, "error", { level: "error" }), (0, ut.J)(r, p.gm.console, "warn", { level: "warn" }), (0, ut.J)(r, p.gm.console, "info", { level: "info" }), (0, ut.J)(r, p.gm.console, "debug", { level: "debug" }), (0, ut.J)(r, p.gm.console, "trace", { level: "trace" }), this.ee.on("wrap-logger-end", (function([e]) { const { level: t, customAttributes: n } = this; (0, ct.R)(r, e, n, t) })), this.importAggregator(e) } } new class extends o { constructor(t) { super(), p.gm ? (this.features = {}, (0, R.bQ)(this.agentIdentifier, this), this.desiredFeatures = new Set(t.features || []), this.desiredFeatures.add(w), this.runSoftNavOverSpa = [...this.desiredFeatures].some((e => e.featureName === a.K7.softNav)), (0, d.j)(this, t, t.loaderType || "agent"), this.run()) : (0, e.R)(21) } get config() { return { info: this.info, init: this.init, loader_config: this.loader_config, runtime: this.runtime } } get api() { return this } run() { try { const t = u(this.agentIdentifier), r = [...this.desiredFeatures]; r.sort(((e, t) => a.P3[e.featureName] - a.P3[t.featureName])), r.forEach((r => { if (!t[r.featureName] && r.featureName !== a.K7.pageViewEvent) return; if (this.runSoftNavOverSpa && r.featureName === a.K7.spa) return; if (!this.runSoftNavOverSpa && r.featureName === a.K7.softNav) return; const n = function(e) { switch (e) { case a.K7.ajax: return [a.K7.jserrors]; case a.K7.sessionTrace: return [a.K7.ajax, a.K7.pageViewEvent]; case a.K7.sessionReplay: return [a.K7.sessionTrace]; case a.K7.pageViewTiming: return [a.K7.pageViewEvent]; default: return [] } }(r.featureName).filter((e => !(e in this.features))); n.length > 0 && (0, e.R)(36, { targetFeature: r.featureName, missingDependencies: n }), this.features[r.featureName] = new r(this) })) } catch (t) { (0, e.R)(22, t); for (const e in this.features) this.features[e].abortHandler?.(); const r = (0, R.Zm)(); delete r.initializedAgents[this.agentIdentifier]?.features, delete this.sharedAggregator; return r.ee.get(this.agentIdentifier).abort(), !1 } } }({ features: [pe, w, N, Oe, Ie, _, M, at, dt, je, it], loaderType: "spa" }) })() })();

Disney Springs

Venue info

Guides including Disney Springs

Your Ultimate Guide to the Best Theme Parks in Orlando