1!function (e, t) {"object" == typeof exports && "undefined" != typeof module ? t(exports) : "function" == typeof define && define.amd ? define(["exports"], t) : t((e = "undefined" != typeof globalThis ? globalThis : e || self).auth0 = {})}(this, (function (e) {"use strict"; function t(e, t) { var i = { }; for (var o in e) Object.prototype.hasOwnProperty.call(e, o) && t.indexOf(o) < 0 && (i[o] = e[o]); if (null != e && "function" == typeof Object.getOwnPropertySymbols) { var n = 0; for (o = Object.getOwnPropertySymbols(e); n < o.length; n++)t.indexOf(o[n]) < 0 && Object.prototype.propertyIsEnumerable.call(e, o[n]) && (i[o[n]] = e[o[n]]) } return i } var i = "undefined" != typeof globalThis ? globalThis : "undefined" != typeof window ? window : "undefined" != typeof global ? global : "undefined" != typeof self ? self : { }; function o(e) { return e && e.__esModule && Object.prototype.hasOwnProperty.call(e, "default") ? e.default : e } function n(e, t) { return e(t = {exports: { } }, t.exports), t.exports } var a = n((function (e, t) {Object.defineProperty(t, "__esModule", { value: !0 }); var i = function () {function e() { var e = this; this.locked = new Map, this.addToLocked = function (t, i) { var o = e.locked.get(t); void 0 === o ? void 0 === i ? e.locked.set(t, []) : e.locked.set(t, [i]) : void 0 !== i && (o.unshift(i), e.locked.set(t, o)) }, this.isLocked = function (t) { return e.locked.has(t) }, this.lock = function (t) { return new Promise((function (i, o) { e.isLocked(t) ? e.addToLocked(t, i) : (e.addToLocked(t), i()) })) }, this.unlock = function (t) { var i = e.locked.get(t); if (void 0 !== i && 0 !== i.length) { var o = i.pop(); e.locked.set(t, i), void 0 !== o && setTimeout(o, 0) } else e.locked.delete(t) } } return e.getInstance = function () { return void 0 === e.instance && (e.instance = new e), e.instance }, e }(); t.default = function () { return i.getInstance() } })); o(a); var s = n((function (e, t) { var o = i && i.__awaiter || function (e, t, i, o) { return new (i || (i = Promise))((function (n, a) {function s(e) { try { c(o.next(e)) } catch (e) { a(e) } } function r(e) { try {c(o.throw(e))} catch (e) {a(e)} } function c(e) {e.done ? n(e.value) : new i((function (t) { t(e.value) })).then(s, r)} c((o = o.apply(e, t || [])).next()) })) }, n = i && i.__generator || function (e, t) { var i, o, n, a, s = {label: 0, sent: function () { if (1 & n[0]) throw n[1]; return n[1] }, trys: [], ops: [] }; return a = {next: r(0), throw: r(1), return: r(2) }, "function" == typeof Symbol && (a[Symbol.iterator] = function () { return this }), a; function r(a) { return function (r) { return function (a) { if (i) throw new TypeError("Generator is already executing."); for (; s;)try { if (i = 1, o && (n = 2 & a[0] ? o.return : a[0] ? o.throw || ((n = o.return) && n.call(o), 0) : o.next) && !(n = n.call(o, a[1])).done) return n; switch (o = 0, n && (a = [2 & a[0], n.value]), a[0]) { case 0: case 1: n = a; break; case 4: return s.label++, {value: a[1], done: !1 }; case 5: s.label++, o = a[1], a = [0]; continue; case 7: a = s.ops.pop(), s.trys.pop(); continue; default: if (!(n = s.trys, (n = n.length > 0 && n[n.length - 1]) || 6 !== a[0] && 2 !== a[0])) {s = 0; continue } if (3 === a[0] && (!n || a[1] > n[0] && a[1] < n[3])) {s.label = a[1]; break } if (6 === a[0] && s.label < n[1]) {s.label = n[1], n = a; break } if (n && s.label < n[2]) {s.label = n[2], s.ops.push(a); break } n[2] && s.ops.pop(), s.trys.pop(); continue }a = t.call(e, s) } catch (e) {a = [6, e], o = 0} finally {i = n = 0} if (5 & a[0]) throw a[1]; return {value: a[0] ? a[1] : void 0, done: !0 } }([a, r]) } } }; Object.defineProperty(t, "__esModule", {value: !0 }); var s = "browser-tabs-lock-key"; function r(e) { return new Promise((function (t) { return setTimeout(t, e) })) } function c(e) { for (var t = "0123456789ABCDEFGHIJKLMNOPQRSTUVWXTZabcdefghiklmnopqrstuvwxyz", i = "", o = 0; o < e; o++) {i += t[Math.floor(Math.random() * t.length)]} return i } var d = function () {function e() { this.acquiredIatSet = new Set, this.id = Date.now().toString() + c(15), this.acquireLock = this.acquireLock.bind(this), this.releaseLock = this.releaseLock.bind(this), this.releaseLock__private__ = this.releaseLock__private__.bind(this), this.waitForSomethingToChange = this.waitForSomethingToChange.bind(this), this.refreshLockWhileAcquired = this.refreshLockWhileAcquired.bind(this), void 0 === e.waiters && (e.waiters = []) } return e.prototype.acquireLock = function (t, i) { return void 0 === i && (i = 5e3), o(this, void 0, void 0, (function () { var o, a, d, u, l, h; return n(this, (function (n) { switch (n.label) { case 0: o = Date.now() + c(4), a = Date.now() + i, d = s + "-" + t, u = window.localStorage, n.label = 1; case 1: return Date.now() < a ? [4, r(30)] : [3, 8]; case 2: return n.sent(), null !== u.getItem(d) ? [3, 5] : (l = this.id + "-" + t + "-" + o, [4, r(Math.floor(25 * Math.random()))]); case 3: return n.sent(), u.setItem(d, JSON.stringify({id: this.id, iat: o, timeoutKey: l, timeAcquired: Date.now(), timeRefreshed: Date.now() })), [4, r(30)]; case 4: return n.sent(), null !== (h = u.getItem(d)) && (h = JSON.parse(h)).id === this.id && h.iat === o ? (this.acquiredIatSet.add(o), this.refreshLockWhileAcquired(d, o), [2, !0]) : [3, 7]; case 5: return e.lockCorrector(), [4, this.waitForSomethingToChange(a)]; case 6: n.sent(), n.label = 7; case 7: return o = Date.now() + c(4), [3, 1]; case 8: return [2, !1] } })) })) }, e.prototype.refreshLockWhileAcquired = function (e, t) { return o(this, void 0, void 0, (function () { var i = this; return n(this, (function (s) { return setTimeout((function () { return o(i, void 0, void 0, (function () { var i, o; return n(this, (function (n) { switch (n.label) { case 0: return [4, a.default().lock(t)]; case 1: return n.sent(), this.acquiredIatSet.has(t) ? (i = window.localStorage, null === (o = i.getItem(e)) ? (a.default().unlock(t), [2]) : ((o = JSON.parse(o)).timeRefreshed = Date.now(), i.setItem(e, JSON.stringify(o)), a.default().unlock(t), this.refreshLockWhileAcquired(e, t), [2])) : (a.default().unlock(t), [2]) } })) })) }), 1e3), [2] })) })) }, e.prototype.waitForSomethingToChange = function (t) { return o(this, void 0, void 0, (function () { return n(this, (function (i) { switch (i.label) { case 0: return [4, new Promise((function (i) { var o = !1, n = Date.now(), a = !1; function s() { if (a || (window.removeEventListener("storage", s), e.removeFromWaiting(s), clearTimeout(r), a = !0), !o) {o = !0; var t = 50 - (Date.now() - n); t > 0 ? setTimeout(i, t) : i() } } window.addEventListener("storage", s), e.addToWaiting(s); var r = setTimeout(s, Math.max(0, t - Date.now())) }))]; case 1: return i.sent(), [2] } })) })) }, e.addToWaiting = function (t) {this.removeFromWaiting(t), void 0 !== e.waiters && e.waiters.push(t)}, e.removeFromWaiting = function (t) {void 0 !== e.waiters && (e.waiters = e.waiters.filter((function (e) { return e !== t })))}, e.notifyWaiters = function () {void 0 !== e.waiters && e.waiters.slice().forEac
1h((function (e) { return e() }))}, e.prototype.releaseLock = function (e) { return o(this, void 0, void 0, (function () { return n(this, (function (t) { switch (t.label) { case 0: return [4, this.releaseLock__private__(e)]; case 1: return [2, t.sent()] } })) })) }, e.prototype.releaseLock__private__ = function (t) { return o(this, void 0, void 0, (function () { var i, o, r; return n(this, (function (n) { switch (n.label) { case 0: return i = window.localStorage, o = s + "-" + t, null === (r = i.getItem(o)) ? [2] : (r = JSON.parse(r)).id !== this.id ? [3, 2] : [4, a.default().lock(r.iat)]; case 1: n.sent(), this.acquiredIatSet.delete(r.iat), i.removeItem(o), a.default().unlock(r.iat), e.notifyWaiters(), n.label = 2; case 2: return [2] } })) })) }, e.lockCorrector = function () { for (var t = Date.now() - 5e3, i = window.localStorage, o = Object.keys(i), n = !1, a = 0; a < o.length; a++) { var r = o[a]; if (r.includes(s)) { var c = i.getItem(r); null !== c && (void 0 === (c = JSON.parse(c)).timeRefreshed && c.timeAcquired < t || void 0 !== c.timeRefreshed && c.timeRefreshed < t) && (i.removeItem(r), n = !0) } } n && e.notifyWaiters() }, e.waiters = void 0, e }(); t.default = d })), r = o(s); const c = {timeoutInSeconds: 60 }, d = "memory", u = {name: "auth0-spa-js", version: "2.0.8" }, l = () => Date.now();
1 class h extends Error {constructor(e, t) {super(t), this.error = e, this.error_description = t, Object.setPrototypeOf(this, h.prototype)} static fromPayload({error: e, error_description: t }) { return new h(e, t) } } class p extends h {constructor(e, t, i, o = null) {super(e, t), this.state = i, this.appState = o, Object.setPrototypeOf(this, p.prototype)} } class m extends h {constructor() {super("timeout", "Timeout"), Object.setPrototypeOf(this, m.prototype)} } class f extends m {constructor(e) {super(), this.popup = e, Object.setPrototypeOf(this, f.prototype)} } class g extends h {constructor(e) {super("cancelled", "Popup closed"), this.popup = e, Object.setPrototypeOf(this, g.prototype)} } class w extends h {constructor(e, t, i) {super(e, t), this.mfa_token = i, Object.setPrototypeOf(this, w.prototype)} } class y extends h {constructor(e, t) {super("missing_refresh_token", `Missing Refresh Token (audience: '${k(e, ["default"])}', scope: '${k(t)}')`), this.audience = e, this.scope = t, Object.setPrototypeOf(this, y.prototype)} } function k(e, t = []) { return e && !t.includes(e) ? e : "" } const b = () => window.crypto, v = () => { const e = "0123456789ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz-_~."; let t = ""; return Array.from(b().getRandomValues(new Uint8Array(43))).forEach((i => t += e[i % e.length])), t }, _ = e => btoa(e), I = e => { var {clientId: i } = e, o = t(e, ["clientId"]); return new URLSearchParams((e => Object.keys(e).filter((t => void 0 !== e[t])).reduce(((t, i) => Object.assign(Object.assign({ }, t), {[i]: e[i] })), { }))(Object.assign({client_id: i }, o))).toString() }, S = e => (e => decodeURIComponent(atob(e).split("").map((e => "%" + ("00" + e.charCodeAt(0).toString(16)).slice(-2))).join("")))(e.replace(/_/g, "/").replace(/-/g, "+")), T = async (e, t) => { const i = await fetch(e, t); return {ok: i.ok, json: await i.json() } }, O = async (e, t, i) => { const o = new AbortController; let n; return t.signal = o.signal, Promise.race([T(e, t), new Promise(((e, t) => {n = setTimeout((() => { o.abort(), t(new Error("Timeout when executing 'fetch'")) }), i)}))]).finally((() => {clearTimeout(n)})) }, j = async (e, t, i, o, n, a, s) => { return r = {auth: {audience: t, scope: i }, timeout: n, fetchUrl: e, fetchOptions: o, useFormData: s }, c = a, new Promise((function (e, t) { const i = new MessageChannel; i.port1.onmessage = function (o) {o.data.error ? t(new Error(o.data.error)) : e(o.data), i.port1.close()}, c.postMessage(r, [i.port2]) })); var r, c }, C = async (e, t, i, o, n, a, s = 1e4) => n ? j(e, t, i, o, s, n, a) : O(e, o, s); async function x(e, i) { var {baseUrl: o, timeout: n, audience: a, scope: s, auth0Client: r, useFormData: c } = e, d = t(e, ["baseUrl", "timeout", "audience", "scope", "auth0Client", "useFormData"]); const l = c ? I(d) : JSON.stringify(d); return await async function (e, i, o, n, a, s, r) {let c, d = null; for (let t = 0; t < 3; t++)try {c = await C(e, o, n, a, s, r, i), d = null; break } catch (e) {d = e} if (d) throw d; const u = c.json, {error: l, error_description: p } = u, m = t(u, ["error", "error_description"]), {ok: f } = c; if (!f) { const t = p || `HTTP error. Unable to fetch ${e}`; if ("mfa_required" === l) throw new w(l, t, m.mfa_token); if ("missing_refresh_token" === l) throw new y(o, n); throw new h(l || "request_error", t) } return m }(`${o}/oauth/token`, n, a || "default", s, {method: "POST", body: l, headers: {"Content-Type": c ? "application/x-www-form-urlencoded" : "application/json", "Auth0-Client": btoa(JSON.stringify(r || u)) } }, i, c) } const z = (...e) => { return (t = e.filter(Boolean).join(" ").trim().split(/\s+/), Array.from(new Set(t))).join(" "); var t }, P = "@@auth0spajs@@", Z = "@@user@@"; class K {constructor(e, t = "@@auth0spajs@@", i) {this.prefix = t, this.suffix = i, this.clientId = e.clientId, this.scope = e.scope, this.audience = e.audie
1nce} toKey() { return [this.prefix, this.clientId, this.audience, this.scope, this.suffix].filter(Boolean).join("::") } static fromKey(e) { const [t, i, o, n] = e.split("::"); return new K({clientId: i, scope: n, audience: o }, t) } static fromCacheEntry(e) { const {scope: t, audience: i, client_id: o } = e; return new K({scope: t, audience: i, clientId: o }) } } class E {set(e, t) {localStorage.setItem(e, JSON.stringify(t))} get(e) { const t = window.localStorage.getItem(e); if (t) try { return JSON.parse(t) } catch (e) { return } } remove(e) {localStorage.removeItem(e)} allKeys() { return Object.keys(window.localStorage).filter((e => e.startsWith(P))) } } class L {constructor() {this.enclosedCache = function () { let e = {}; return { set(t, i) { e[t] = i }, get(t) { const i = e[t]; if (i) return i }, remove(t) { delete e[t] }, allKeys: () => Object.keys(e) } }()} } class U {constructor(e, t, i) {this.cache = e, this.keyManifest = t, this.nowProvider = i || l} async setIdToken(e, t, i) { var o; const n = this.getIdTokenCacheKey(e); await this.cache.set(n, {id_token: t, decodedToken: i }), await (null === (o = this.keyManifest) || void 0 === o ? void 0 : o.add(n)) } async getIdToken(e) { const t = await this.cache.get(this.getIdTokenCacheKey(e.clientId)); if (!t && e.scope && e.audience) { const t = await this.get(e); if (!t) return; if (!t.id_token || !t.decodedToken) return; return {id_token: t.id_token, decodedToken: t.decodedToken } } if (t) return {id_token: t.id_token, decodedToken: t.decodedToken } } async get(e, t = 0) { var i; let o = await this.cache.get(e.toKey()); if (!o) { const t = await this.getCacheKeys(); if (!t) return; const i = this.matchExistingCacheKey(e, t); i && (o = await this.cache.get(i)) } if (!o) return; const n = await this.nowProvider(), a = Math.floor(n / 1e3); return o.expiresAt - t < a ? o.body.refresh_token ? (o.body = {refresh_token: o.body.refresh_token }, await this.cache.set(e.toKey(), o), o.body) : (await this.cache.remove(e.toKey()), void await (null === (i = this.keyManifest) || void 0 === i ? void 0 : i.remove(e.toKey()))) : o.body } async set(e) { var t; const i = new K({clientId: e.client_id, scope: e.scope, audience: e.audience }), o = await this.wrapCacheEntry(e); await this.cache.set(i.toKey(), o), await (null === (t = this.keyManifest) || void 0 === t ? void 0 : t.add(i.toKey())) } async clear(e) { var t; const i = await this.getCacheKeys(); i && (await i.filter((t => !e || t.includes(e))).reduce((async (e, t) => {await e, await this.cache.remove(t)}), Promise.resolve()), await (null === (t = this.keyManifest) || void 0 === t ? void 0 : t.clear())) } async wrapCacheEntry(e) { const t = await this.nowProvider(); return {body: e, expiresAt: Math.floor(t / 1e3) + e.expires_in } } async getCacheKeys() { var e; return this.keyManifest ? null === (e = await this.keyManifest.get()) || void 0 === e ? void 0 : e.keys : this.cache.allKeys ? this.cache.allKeys() : void 0 } getIdTokenCacheKey(e) { return new K({clientId: e }, P, Z).toKey() } matchExistingCacheKey(e, t) { return t.filter((t => { var i; const o = K.fromKey(t), n = new Set(o.scope && o.scope.split(" ")), a = (null === (i = e.scope) || void 0 === i ? void 0 : i.split(" ")) || [], s = o.scope && a.reduce(((e, t) => e && n.has(t)), !0); return o.prefix === P && o.clientId === e.clientId && o.audience === e.audience && s }))[0] } } class W {constructor(e, t, i) {this.storage = e, this.clientId = t, this.cookieDomain = i, this.storageKey = `a0.spajs.txs.${this.clientId}`} create(e) {this.storage.save(this.storageKey, e, { daysUntilExpire: 1, cookieDomain: this.cookieDomain })} get() { return this.storage.get(this.storageKey) } remove() {this.storage.remove(this.storageKey, { cookieDomain: this.cookieDomain })} } const R = e => "number" == typeof e, X = ["iss", "aud", "exp", "nbf", "iat", "jti", "azp", "nonce", "auth_time", "at_hash", "c_hash", "acr", "amr", "sub_jwk", "cnf", "sip_from_tag", "sip_date", "sip_callid", "sip_cseq_num", "sip_via_branch", "orig", "dest", "mky", "events", "toe", "txn", "rph", "sid", "vot", "vtm"], D = e => { if (!e.id_token) throw new Error("ID token is required but missing"); const t = (e => { const t = e.split("."), [i, o, n] = t; if (3 !== t.length || !i || !o || !n) throw new Error("ID token could not be decoded"); const a = JSON.parse(S(o)), s = {__raw: e }, r = { };
1 return Object.keys(a).forEach((e => {s[e] = a[e], X.includes(e) || (r[e] = a[e])})), {encoded: {header: i, payload: o, signature: n }, header: JSON.parse(S(i)), claims: s, user: r } })(e.id_token); if (!t.claims.iss) throw new Error("Issuer (iss) claim must be a string present in the ID token"); if (t.claims.iss !== e.iss) throw new Error(`Issuer (iss) claim mismatch in the ID token; expected "${e.iss}", found "${t.claims.iss}"`); if (!t.user.sub) throw new Error("Subject (sub) claim must be a string present in the ID token"); if ("RS256" !== t.header.alg) throw new Error(`Signature algorithm of "${t.header.alg}" is not supported. Expected the ID token to be signed with "RS256".`); if (!t.claims.aud || "string" != typeof t.claims.aud && !Array.isArray(t.claims.aud)) throw new Error("Audience (aud) claim must be a string or array of strings present in the ID token"); if (Array.isArray(t.claims.aud)) { if (!t.claims.aud.includes(e.aud)) throw new Error(`Audience (aud) claim mismatch in the ID token; expected "${e.aud}" but was not one of "${t.claims.aud.join(", ")}"`); if (t.claims.aud.length > 1) { if (!t.claims.azp) throw new Error("Authorized Party (azp) claim must be a string present in the ID token when Audience (aud) claim has multiple values"); if (t.claims.azp !== e.aud) throw new Error(`Authorized Party (azp) claim mismatch in the ID token; expected "${e.aud}", found "${t.claims.azp}"`) } } else if (t.claims.aud !== e.aud) throw new Error(`Audience (aud) claim mismatch in the ID token; expected "${e.aud}" but found "${t.claims.aud}"`); if (e.nonce) { if (!t.claims.nonce) throw new Error("Nonce (nonce) claim must be a string present in the ID token"); if (t.claims.nonce !== e.nonce) throw new Error(`Nonce (nonce) claim mismatch in the ID token; expected "${e.nonce}", found "${t.claims.nonce}"`) } if (e.max_age && !R(t.claims.auth_time)) throw new Error("Authentication Time (auth_time) claim must be a number present in the ID token when Max Age (max_age) is specified"); if (null == t.claims.exp || !R(t.claims.exp)) throw new Error("Expiration Time (exp) claim must be a number present in the ID token"); if (!R(t.claims.iat)) throw new Error("Issued At (iat) claim must be a number present in the ID token"); const i = e.leeway || 60, o = new Date(e.now || Date.now()), n = new Date(0); if (n.setUTCSeconds(t.claims.exp + i), o > n) throw new Error(`Expiration Time (exp) claim error in the ID token; current time (${o}) is after expiration time (${n})`); if (null != t.claims.nbf && R(t.claims.nbf)) { const e = new Date(0); if (e.setUTCSeconds(t.claims.nbf - i), o < e) throw new Error(`Not Before time (nbf) claim in the ID token indicates that this token can't be used just yet. Current time (${o}) is before ${e}`) } if (null != t.claims.auth_time && R(t.claims.auth_time)) { const n = new Date(0); if (n.setUTCSeconds(parseInt(t.claims.auth_time) + e.max_age + i), o > n) throw new Error(`Authentication Time (auth_time) claim in the ID token indicates that too much time has passed since the last end-user authentication. 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void 0 : t.keys) || []); i.add(e), await this.cache.set(this.manifestKey, {keys: [...i] }) } async remove(e) { const t = await this.cache.get(this.manifestKey); if (t) { const i = new Set(t.keys); return i.delete(e), i.size > 0 ? await this.cache.set(this.manifestKey, {keys: [...i] }) : await this.cache.remove(this.manifestKey) } } get() { return this.cache.get(this.manifestKey) } clear() { return this.cache.remove(this.manifestKey) } createManifestKeyFrom(e) { return `@@auth0spajs@@::${e}` } } const ie = "auth0.lock.getTokenSilently", oe = "auth0.is.authenticated", ne = {memory: () => (new L).enclosedCache, localstorage: () => new E }, ae = e => ne[e], se = e => { const {openUrl: i, onRedirect: o } = e, n = t(e, ["openUrl", "onRedirect"]); return Object.assign(Object.assign({ }, n), {openUrl: !1 === i || i ? i : o }) }, re = new r; class ce {constructor(e) {let t, i; if (this.userCache = (new L).enclosedCache, this.defaultOptions = {authorizationParams: {scope: "openid profile email" }, useRefreshTokensFallback: !1, useFormData: !0 }, this._releaseLockOnPageHide = async () => {await re.releaseLock(ie), window.removeEventListener("pagehide", this._releaseLockOnPageHide)}, this.options = Object.assign(Object.assign(Object.assign({ }, this.defaultOptions), e), {authorizationParams: Object.assign(Object.assign({ }, this.defaultOptions.authorizationParams), e.authorizationParams) }), "undefined" != typeof window && (() => { if (!b()) throw new Error("For security reasons, `window.crypto` is required to run `auth0-spa-js`."); if (void 0 === b().subtle) throw new Error("\n auth0-spa-js must run on a secure origin. See https://github.com/auth0/auth0-spa-js/blob/master/FAQ.md#why-do-i-get-auth0-spa-js-must-run-on-a-secure-origin for more information.\n ") })(), e.cache && e.cacheLocation && console.warn("Both `cache` and `cacheLocation` options have been specified in the Auth0Client configuration; ignoring `cacheLocation` and using `cache`."), e.cache) i = e.cache; else { if (t = e.cacheLocation || d, !ae(t)) throw new Error(`Invalid cac
1he location "${t}"`); i = ae(t)() } this.httpTimeoutMs = e.httpTimeoutInSeconds ? 1e3 * e.httpTimeoutInSeconds : 1e4, this.cookieStorage = !1 === e.legacySameSiteCookie ? H : M, this.orgHintCookieName = `auth0.${this.options.clientId}.organization_hint`, this.isAuthenticatedCookieName = (e => `auth0.${e}.is.authenticated`)(this.options.clientId), this.sessionCheckExpiryDays = e.sessionCheckExpiryDays || 1; const o = e.useCookiesForTransactions ? this.cookieStorage : G; var n; this.scope = z("openid", this.options.authorizationParams.scope, this.options.useRefreshTokens ? "offline_access" : ""), this.transactionManager = new W(o, this.options.clientId, this.options.cookieDomain), this.nowProvider = this.options.nowProvider || l, this.cacheManager = new U(i, i.allKeys ? void 0 : new te(i, this.options.clientId), this.nowProvider), this.domainUrl = (n = this.options.domain, /^https?:\/\//.test(n) ? n : `https://${n}`), this.tokenIssuer = ((e, t) => e ? e.startsWith("https://") ? e : `https://${e}/` : `${t}/`)(this.options.issuer, this.domainUrl), "undefined" != typeof window && window.Worker && this.options.useRefreshTokens && t === d && (this.worker = new Q) } _url(e) { const t = encodeURIComponent(btoa(JSON.stringify(this.options.auth0Client || u))); return `${this.domainUrl}${e}&auth0Client=${t}` } _authorizeUrl(e) { return this._url(`/authorize?${I(e)}`) } async _verifyIdToken(e, t, i) { const o = await this.nowProvider(); return D({iss: this.tokenIssuer, aud: this.options.clientId, id_token: e, nonce: t, organizationId: i, leeway: this.options.leeway, max_age: (n = this.options.authorizationParams.max_age, "string" != typeof n ? n : parseInt(n, 10) || void 0), now: o }); var n } _processOrgIdHint(e) {e ? this.cookieStorage.save(this.orgHintCookieName, e, { daysUntilExpire: this.sessionCheckExpiryDays, cookieDomain: this.options.cookieDomain }) : this.cookieStorage.remove(this.orgHintCookieName, { cookieDomain: this.options.cookieDomain })} async _prepareAuthorizeUrl(e, t, i) { const o = _(v()), n = _(v()), a = v(), s = (e => { const t = new Uint8Array(e); return (e => { const t = {"+": "-", "/": "_", "=": "" }; return e.replace(/[+/=]/g, (e => t[e])) })(window.btoa(String.fromCharCode(...Array.from(t)))) })(await (async e => { const t = b().subtle.digest({name: "SHA-256" }, (new TextEncoder).encode(e)); return await t })(a)), r = ((e, t, i, o, n, a, s, r) => Object.assign(Object.assign(Object.assign({client_id: e.clientId }, e.authorizationParams), i), {scope: z(t, i.scope), response_type: "code", response_mode: r || "query", state: o, nonce: n, redirect_uri: s || e.authorizationParams.redirect_uri, code_challenge: a, code_challenge_method: "S256" }))(this.options, this.scope, e, o, n, s, e.redirect_uri || this.options.authorizationParams.redirect_uri || i, null == t ? void 0 : t.response_mode), c = this._authorizeUrl(r); return {nonce: n, code_verifier: a, scope: r.scope, audience: r.audience || "default", redirect_uri: r.redirect_uri, state: o, url: c } } async loginWithPopup(e, t) { var i; if (e = e || { }, !(t = t || { }).popup && (t.popup = (e => { const t = window.screenX + (window.innerWidth - 400) / 2, i = window.screenY + (window.innerHeight - 600) / 2; return window.open(e, "auth0:authorize:popup", `left=${t},top=${i},width=400,height=600,resizable,scrollbars=yes,status=1`) })(""), !t.popup)) throw new Error("Unable to open a popup for loginWithPopup - window.open returned `null`"); const o = await this._prepareAuthorizeUrl(e.authorizationParams || { }, {response_mode: "web_message" }, window.location.origin); t.popup.location.href = o.url; const n = await (e => new Promise(((t, i) => {let o; const n = setInterval((() => {e.popup && e.popup.closed && (clearInterval(n), clearTimeout(a), window.removeEventListener("message", o, !1), i(new g(e.popup)))}), 1e3), a = setTimeout((() => {clearInterval(n), i(new f(e.popup)), window.removeEventListener("message", o, !1)}), 1e3 * (e.timeoutInSeconds || 60)); o = function (s) { if (s.data && "authorization_response" === s.data.type) { if (clearTimeout(a), clearInterval(n), window.removeEventListener("message", o, !1), e.popup.close(), s.data.response.error) return i(h.fromPayload(s.data.response)); t(s.data.response) } }, window.addEventListener("message", o) })))(Object.assign(Object.assign({ }, t), {timeoutInSeconds: t.timeoutInSeconds || this.options.authorizeTimeoutInSeconds || 60 })); if (o.state !== n.state) throw new h("state_mismatch", "Invalid state"); const a = (null === (i = e.authorizationParams) || void 0 === i ? void 0 : i.organization) || this.options.authorizationParams.organization; await this._requestToken({audience: o.audience, scope: o.scope, co
1de_verifier: o.code_verifier, grant_type: "authorization_code", code: n.code, redirect_uri: o.redirect_uri }, {nonceIn: o.nonce, organizationId: a }) } async getUser() { var e; const t = await this._getIdTokenFromCache(); return null === (e = null == t ? void 0 : t.decodedToken) || void 0 === e ? void 0 : e.user } async getIdTokenClaims() { var e; const t = await this._getIdTokenFromCache(); return null === (e = null == t ? void 0 : t.decodedToken) || void 0 === e ? void 0 : e.claims } async loginWithRedirect(e = { }) { var i; const o = se(e), {openUrl: n, fragment: a, appState: s } = o, r = t(o, ["openUrl", "fragment", "appState"]), c = (null === (i = r.authorizationParams) || void 0 === i ? void 0 : i.organization) || this.options.authorizationParams.organization, d = await this._prepareAuthorizeUrl(r.authorizationParams || { }), {url: u } = d, l = t(d, ["url"]); this.transactionManager.create(Object.assign(Object.assign(Object.assign({ }, l), {appState: s }), c && {organizationId: c })); const h = a ? `${u}#${a}` : u; n ? await n(h) : window.location.assign(h) } async handleRedirectCallback(e = window.location.href) { const t = e.split("?").slice(1); if (0 === t.length) throw new Error("There are no query params available for parsing."); const {state: i, code: o, error: n, error_description: a } = (e => {e.indexOf("#") > -1 && (e = e.substring(0, e.indexOf("#"))); const t = new URLSearchParams(e); return {state: t.get("state"), code: t.get("code") || void 0, error: t.get("error") || void 0, error_description: t.get("error_description") || void 0 } })(t.join("")), s = this.transactionManager.get(); if (!s) throw new h("missing_transaction", "Invalid state"); if (this.transactionManager.remove(), n) throw new p(n, a || n, i, s.appState); if (!s.code_verifier || s.state && s.state !== i) throw new h("state_mismatch", "Invalid state"); const r = s.organizationId, c = s.nonce, d = s.redirect_uri; return await this._requestToken(Object.assign({audience: s.audience, scope: s.scope, code_verifier: s.code_verifier, grant_type: "authorization_code", code: o }, d ? {redirect_uri: d } : { }), {nonceIn: c, organizationId: r }), {appState: s.appState } } async checkSession(e) { if (!this.cookieStorage.get(this.isAuthenticatedCookieName)) { if (!this.cookieStorage.get(oe)) return; this.cookieStorage.save(this.isAuthenticatedCookieName, !0, {daysUntilExpire: this.sessionCheckExpiryDays, cookieDomain: this.options.cookieDomain }), this.cookieStorage.remove(oe) } try {await this.getTokenSilently(e)} catch (e) { } } async getTokenSilently(e = { }) { var t; const i = Object.assign(Object.assign({cacheMode: "on" }, e), {authorizationParams: Object.assign(Object.assign(Object.assign({ }, this.options.authorizationParams), e.authorizationParams), {scope: z(this.scope, null === (t = e.authorizationParams) || void 0 === t ? void 0 : t.scope) }) }), o = await ((e, t) => {let i = ee[t]; return i || (i = e().finally((() => {delete ee[t], i = null})), ee[t] = i), i })((() => this._getTokenSilently(i)), `${this.options.clientId}::${i.authorizationParams.audience}::${i.authorizationParams.scope}`); return e.detailedResponse ? o : null == o ? void 0 : o.access_token } async _getTokenSilently(e) { const {cacheMode: i } = e, o = t(e, ["cacheMode"]); if ("off" !== i) { const e = await this._getEntryFromCache({scope: o.authorizationParams.scope, audience: o.authorizationParams.audience || "default", clientId: this.options.clientId }); if (e) return e } if ("cache-only" !== i) { if (!await (async (e, t = 3) => { for (let i = 0; i < t; i++)if (await e()) return !0; return !1 })((() => re.acquireLock(ie, 5e3)), 10)) throw new m; try { if (window.addEventListener("pagehide", this._releaseLockOnPageHide), "off" !== i) { const e = await this._getEntryFromCache({scope: o.authorizationParams.scope, audience: o.authorizationParams.audience || "default", clientId: this.options.clientId }); if (e) return e } const e = this.options.useRefreshTokens ? await this._getTokenUsingRefreshToken(o) : await this._getTokenFromIFrame(o), {id_token: t, access_token: n, oauthTokenScope: a, expires_in: s } = e; return Object.assign(Object.assign({id_token: t, access_token: n }, a ? {scope: a } : null), {expires_in: s }) } finally {await re.releaseLock(ie), window.removeEventListener("pagehide", this._releaseLockOnPageHide)} } } async getTokenWithPopup(e = { }, t = { }) { var i; const o = Object.assign(Object.assign({ }, e), {authorizationParams: Object.assign(Object.assign(Object.assign({ }, this.options.authorizationParams), e.authorizationParams), {scope: z(this.scope, null === (i = e.authorizationParams) || void 0 === i ? void 0 : i.scope) }) }); t = Object.assign(Object.assign({ }, c), t), await this.loginWithPopup(o, t); return (await this.cacheManager.get(new K({scope: o.authorizationParams.scope, audience: o.authorizationParams.audience || "default", clientId: this.options.clientId }))).access_token } async isAuthenticated() { return !!await this.getUser() } _buildLogoutUrl(e) {null !== e.clientId ? e.clientId = e.clientId || this.options.clientId : delete e.clientId; const i = e.logoutParams || { }, {federated: o } = i, n = t(i, ["federated"]), a = o ? "&federated" : ""; return this._url(`/v2/logout?${I(Object.assign({ clientId: e.clientId }, n))}`) + a } async logout(e = { }) { const i = se(e), {openUrl: o } = i, n = t(i, ["openUrl"]); null === e.clientId ? await this.cacheManager.clear() : await this.cacheManager.clear(e.clientId || this.options.clientId), this.cookieStorage.remove(this.orgHintCookieName, {cookieDomain: this.options.cookieDomain }), this.cookieStorage.remove(this.isAuthenticatedCookieName, {cookieDomain: this.options.cookieDomain }), this.userCache.remove(Z); const a = this._buildLogoutUrl(n); o ? await o(a) : !1 !== o && window.location.assign(a) } async _getTokenFromIFrame(e) { const t = Object.assign(Object.assign({ }, e.authorizationParams), {prompt: "none" }), i = this.cookieStorage.get(this.orgHintCookieName); i && !t.organization && (t.organization = i); const {url: o, state: n, nonce: a, code_verifier: s, redirect_uri: r, scope: c, audience: d } = await this._prepareAuthorizeUrl(t, {response_mode: "web_message" }, window.location.origin); try { if (window.crossOriginIsolated) throw new h("login_required", "The application is running in a Cross-Origin Isolated context, silently retrieving a token without refresh token is not possible."); const t = e.timeoutInSeconds || this.options.authorizeTimeoutInSeconds, i = await ((e, t, i = 60) => new Promise(((o, n) => { const a = window.document.createElement("iframe"); a.setAttribute("width", "0"), a.setAttribute("height", "0"), a.style.display = "none"; const s = () => {window.document.body.contains(a) && (window.document.body.removeChild(a), window.removeEventListener("message", r, !1))}; let r; const c = setTimeout((() => {n(new m), s()}), 1e3 * i); r = function (e) { if (e.origin != t) return; if (!e.data || "authorization_response" !== e.data.type) return; const i = e.source; i && i.close(), e.data.response.error ? n(h.fromPayload(e.data.response)) : o(e.data.response), clearTimeout(c), window.removeEventListener("message", r, !1), setTimeout(s, 2e3) }, window.addEventListener("message", r, !1), window.document.body.appendChild(a), a.setAttribute("src", e) })))(o, this.domainUrl, t); if (n !== i.state) throw new h("state_mismatch", "Invalid state"); const u = await this._requestToken(Object.assign(Object.assign({ }
1, e.authorizationParams), {code_verifier: s, code: i.code, grant_type: "authorization_code", redirect_uri: r, timeout: e.authorizationParams.timeout || this.httpTimeoutMs }), {nonceIn: a }); return Object.assign(Object.assign({ }, u), {scope: c, oauthTokenScope: u.scope, audience: d }) } catch (e) { throw "login_required" === e.error && this.logout({openUrl: !1 }), e } } async _getTokenUsingRefreshToken(e) { const t = await this.cacheManager.get(new K({scope: e.authorizationParams.scope, audience: e.authorizationParams.audience || "default", clientId: this.options.clientId })); if (!(t && t.refresh_token || this.worker)) { if (this.options.useRefreshTokensFallback) return await this._getTokenFromIFrame(e); throw new y(e.authorizationParams.audience || "default", e.authorizationParams.scope) } const i = e.authorizationParams.redirect_uri || this.options.authorizationParams.redirect_uri || window.location.origin, o = "number" == typeof e.timeoutInSeconds ? 1e3 * e.timeoutInSeconds : null; try { const n = await this._requestToken(Object.assign(Object.assign(Object.assign({ }, e.authorizationParams), {grant_type: "refresh_token", refresh_token: t && t.refresh_token, redirect_uri: i }), o && {timeout: o })); return Object.assign(Object.assign({ }, n), {scope: e.authorizationParams.scope, oauthTokenScope: n.scope, audience: e.authorizationParams.audience || "default" }) } catch (t) { if ((t.message.indexOf("Missing Refresh Token") > -1 || t.message && t.message.indexOf("invalid refresh token") > -1) && this.options.useRefreshTokensFallback) return await this._getTokenFromIFrame(e); throw t } } async _saveEntryInCache(e) { const {id_token: i, decodedToken: o } = e, n = t(e, ["id_token", "decodedToken"]); this.userCache.set(Z, {id_token: i, decodedToken: o }), await this.cacheManager.setIdToken(this.options.clientId, e.id_token, e.decodedToken), await this.cacheManager.set(n) } async _getIdTokenFromCache() { const e = this.options.authorizationParams.audience || "default", t = await this.cacheManager.getIdToken(new K({clientId: this.options.clientId, audience: e, scope: this.scope })), i = this.userCache.get(Z); return t && t.id_token === (null == i ? void 0 : i.id_token) ? i : (this.userCache.set(Z, t), t) } async _getEntryFromCache({scope: e, audience: t, clientId: i }) { const o = await this.cacheManager.get(new K({scope: e, audience: t, clientId: i }), 60); if (o && o.access_token) { const {access_token: e, oauthTokenScope: t, expires_in: i } = o, n = await this._getIdTokenFromCache(); return n && Object.assign(Object.assign({id_token: n.id_token, access_token: e }, t ? {scope: t } : null), {expires_in: i }) } } async _requestToken(e, t) { const {nonceIn: i, organizationId: o } = t || { }, n = await x(Object.assign({baseUrl: this.domainUrl, client_id: this.options.clientId, auth0Client: this.options.auth0Client, useFormData: this.options.useFormData, timeout: this.httpTimeoutMs }, e), this.worker), a = await this._verifyIdToken(n.id_token, i, o); return await this._saveEntryInCache(Object.assign(Object.assign(Object.assign(Object.assign({ }, n), {decodedToken: a, scope: e.scope, audience: e.audience || "default" }), n.scope ? {oauthTokenScope: n.scope } : null), {client_id: this.options.clientId })), this.cookieStorage.save(this.isAuthenticatedCookieName, !0, {daysUntilExpire: this.sessionCheckExpiryDays, cookieDomain: this.options.cookieDomain }), this._processOrgIdHint(a.claims.org_id), Object.assign(Object.assign({ }, n), {decodedToken: a }) } } e.Auth0Client = ce, e.AuthenticationError = p, e.CacheKey = K, e.GenericError = h, e.InMemoryCache = L, e.LocalStorageCache = E, e.MfaRequiredError = w, e.MissingRefreshTokenError = y, e.PopupCancelledError = g, e.PopupTimeoutError = f, e.TimeoutError = m, e.User = class { }, e.createAuth0Client = async function (e) { const t = new ce(e); return await t.checkSession(), t }, Object.defineProperty(e, "__esModule", {value: !0 }) }));
Line numbers count LF bytes from the start of the resource, as the search results do. Vendor segments are library code the classifier recognised; they are stored but not indexed. Bytes are shown as Latin1 characters, one per byte.