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n = r[0] : r[0] && r[0].url ? n = r[0].url : u._A?.URL && r[0] && r[0] instanceof URL && (n = r[0].href), n && (this.parsedOrigin = (0, Y.e)(n), this.sameOrigin = this.parsedOrigin.sameOrigin); var a = o.generateTracePayload(this.parsedOrigin); if (a && (a.newrelicHeader || a.traceContextParentHeader)) { if ("string" == typeof r[0] || u._A?.URL && r[0] && r[0] instanceof URL) { var s = {}; for (var c in i) s[c] = i[c]; s.headers = new Headers(i.headers || {}), d(s.headers, a) && (this.dt = a), r.length > 1 ? r[1] = s : r.push(s) } else r[0] && r[0].headers && d(r[0].headers, a) && (this.dt = a) } function d(e, r) { var n = !1; return r.newrelicHeader && (e.set("newrelic", r.newrelicHeader), n = !0), r.traceContextParentHeader && (e.set("traceparent", r.traceContextParentHeader), r.traceContextStateHeader && e.set("tracestate", r.traceContextStateHeader), n = !0), n } }), r.on("fetch-start", function e(r, n) { this.params = {}, this.metrics = {}, this.startTime = (0, m.z)(), this.dt = n, r.length >= 1 && (this.target = r[0]), r.length >= 2 && (this.opts = r[1]); var i, a = this.opts || {}, o = this.target; "string" == typeof o ? i = o : "object" == typeof o && o instanceof ee ? i = o.url : u._A?.URL && "object" == typeof o && o instanceof URL && (i = o.href), c(this, i); var s = ("" + (o && o instanceof ee && o.method || a.method || "GET")).toUpperCase(); this.params.method = s, this.txSize = G(a.body) || 0 }), r.on("fn-start", function e(r, n, i) { n instanceof et && ("onload" === i && (this.onload = !0), ("load" === (r[0] && r[0].type) || this.onload) && (this.xhrCbStart = (0, m.z)())) }), r.on("fetch-done", function e(r, i) { this.endTime = (0, m.z)(), this.params || (this.params = {}), this.params.status = i ? i.status : 0, "string" == typeof this.rxSize && this.rxSize.length > 0 && (o = +this.rxSize); var o, s = { txSize: this.txSize, rxSize: o, duration: (0, m.z)() - this.startTime }; a("xhr", [this.params, s, this.startTime, this.endTime, "fetch"], this, n.D.ajax) }) }(e, this.ee, this.handler, this.dt), this.importAggregator()) } } var en = a(3614); let { BST_RESOURCE: ei, RESOURCE: ea, START: eo, END: es, FEATURE_NAME: ec, FN_END: ed, FN_START: el, PUSH_STATE: eu } = en; var ef = a(7836); let { FEATURE_NAME: eh, START: eg, END: ep, BODY: e$, CB_END: em, JS_TIME: ev, FETCH: eb, FN_START: ey, CB_START: e_, FN_END: ex } = ef; var eA = a(4649); class ew extends p { static featureName = eA.t; constructor(e, r) { let n = !(arguments.length > 2 && void 0 !== arguments[2]) || arguments[2]; super(e, r, eA.t, n), this.importAggregator() } } new class extends r { constructor(r) { let n = arguments.length > 1 && void 0 !== arguments[1] ? arguments[1] : (0, D.ky)(16); super(), u._A ? (this.agentIdentifier = n, this.sharedAggregator = new _({ agentIdentifier: this.agentIdentifier }), this.features = {}, this.desiredFeatures = new Set(r.features || []), this.desiredFeatures.add(v), Object.assign(this, (0, d.j)(this.agentIdentifier, r, r.loaderType || "agent")), this.start()) : (0, e.Z)("Failed to initial the agent. Could not determine the runtime environment.") } get config() { return { info: (0, i.C5)(this.agentIdentifier), init: (0, i.P_)(this.agentIdentifier), loader_config: (0, i.DL)(this.agentIdentifier), runtime: (0, i.OP)(this.agentIdentifier) } } start() { let r = "features"; try { let i = c(this.agentIdentifier), a = [...this.desiredFeatures]; a.sort((e, r) => n.p[e.featureName] - n.p[r.featureName]), a.forEach(r => { if (i[r.featureName] || r.featureName === n.D.pageViewEvent) { let a = function(e) { switch (e) { case n.D.ajax: return [n.D.jserrors]; case n.D.sessionTrace: return [n.D.ajax, n.D.pageViewEvent]; case n.D.sessionReplay: return [n.D.sessionTrace]; case n.D.pageViewTiming: return [n.D.pageViewEvent]; default: return [] } }(r.featureName); a.every(e => i[e]) || (0, e.Z)("".concat(r.featureName, " is enabled but one or more dependent features has been disabled (").concat((0, C.P)(a), "). This may cause unintended consequences or missing data...")), this.features[r.featureName] = new r(this.agentIdentifier, this.sharedAggregator) } }), (0, E.Qy)(this.agentIdentifier, this.features, r) } catch (o) { for (let s in (0, e.Z)("Failed to initialize all enabled instrument classes (agent aborted) -", o), this.features) this.features[s].abortHandler?.(); let d = (0, E.fP)(); return delete d.initializedAgents[this.agentIdentifier]?.api, delete d.initializedAgents[this.agentIdentifier]?.[r], delete this.sharedAggregator, d.ee?.abort(), delete d.ee?.get(this.agentIdentifier), !1 } } addToTrace(r) { (0, e.Z)("Call to agent api addToTrace failed. The page action feature is not currently initialized.") } setCurrentRouteName(r) { (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. The spa feature is not currently initialized.") } }({ features: [er, v, R, class extends p { static featureName = ec; constructor(e, r) { if (super(e, r, ec, !(arguments.length > 2 && void 0 !== arguments[2]) || arguments[2]), !u.il) return; let i = this.ee, a; (0, X.QU)(i), this.eventsEE = (0, X.em)(i), this.eventsEE.on(el, function(e, r) { this.bstStart = (0, m.z)() }), this.eventsEE.on(ed, function(e, r) { (0, l.p)("bst", [e[0], r, this.bstStart, (0, m.z)()], void 0, n.D.sessionTrace, i) }), i.on(eu + eo, function(e) { this.time = (0, m.z)(), this.startPath = location.pathname + location.hash }), i.on(eu + es, function(e) { (0, l.p)("bstHist", [location.pathname + location.hash, this.startPath, this.time], void 0, n.D.sessionTrace, i) }); try { (a = new PerformanceObserver(e => { let r = e.getEntries(); (0, l.p)(ei, [r], void 0, n.D.sessionTrace, i) })).observe({ type: ea, buffered: !0 }) } catch (o) {} this.importAggregator({ resourceObserver: a }) } }, j, ew, k, class extends p { static featureName = eh; constructor(e, r) { if (super(e, r, eh, !(arguments.length > 2 && void 0 !== arguments[2]) || arguments[2]), !u.il || !(0, i.OP)(e).xhrWrappable) return; try { this.removeOnAbort = new AbortController } catch (n) {} let a, o = 0, s = this.ee.get("tracer"), c = (0, X._L)(this.ee), d = (0, X.Lg)(this.ee), l = (0, X.BV)(this.ee), f = (0, X.Kf)(this.ee), h = this.ee.get("events"), g = (0, X.u5)(this.ee), p = (0, X.QU)(this.ee), $ = (0, X.Gm)(this.ee); function v(e, r) { p.emit("newURL", ["" + window.location, r]) } function b() { o++, a = window.location.hash, this[ey] = (0, m.z)() } function y() { o--, window.location.hash !== a && v(0, !0); var e = (0, m.z)(); this[ev] = ~~this[ev] + e - this[ey], this[ex] = e } function _(e, r) { e.on(r, function() { this[r] = (0, m.z)() }) } this.ee.on(ey, b), d.on(e_, b), c.on(e_, b), this.ee.on(ex, y), d.on(em, y), c.on(em, y), this.ee.buffer([ey, ex, "xhr-resolved"], this.featureName), h.buffer([ey], this.featureName), l.buffer(["setTimeout" + ep, "clearTimeout" + eg, ey], this.featureName), f.buffer([ey, "new-xhr", "send-xhr" + eg], this.featureName), g.buffer([eb + eg, eb + "-done", eb + e$ + eg, eb + e$ + ep], this.featureName), p.buffer(["newURL"], this.featureName), $.buffer([ey], this.featureName), d.buffer(["propagate", e_, em, "executor-err", "resolve" + eg], this.featureName), s.buffer([ey, "no-" + ey], this.featureName), c.buffer(["new-jsonp", "cb-start", "jsonp-error", "jsonp-end"], this.featureName), _(g, eb + eg), _(g, eb + "-done"), _(c, "new-jsonp"), _(c, "jsonp-end"), _(c, "cb-start"), p.on("pushState-end", v), p.on("replaceState-end", v), window.addEventListener("hashchange", v, (0, P.m$)(!0, this.removeOnAbort?.signal)), window.addEventListener("load", v, (0, P.m$)(!0, this.removeOnAbort?.signal)), window.addEventListener("popstate", function() { v(0, o > 1) }, (0, P.m$)(!0, this.removeOnAbort?.signal)), this.abortHandler = this.#e, this.importAggregator() } #e() { this.removeOnAbort?.abort(), this.abortHandler = void 0 } }], loaderType: "spa" }) })(), window.NRBA = o })();

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Is there a benefit of getting CMS files from AAPC, versus directly from CMS?

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