vendor: 4,313 bytes, line 1
1!function (t, e) { "object" == typeof exports && "undefined" != typeof module ? module.exports = e() : "function" == typeof define && define.amd ? define(e) : t.ES6Promise = e() }(this, function () { "use strict"; function t(t) { var e = typeof t; return null !== t && ("object" === e || "function" === e) } function e(t) { return "function" == typeof t } function n(t) { W = t } function r(t) { z = t } function o() { return function () { return process.nextTick(a) } } function i() { return "undefined" != typeof U ? function () { U(a) } : c() } function s() { var t = 0, e = new H(a), n = document.createTextNode(""); return e.observe(n, { characterData: !0 }), function () { n.data = t = ++t % 2 } } function u() { var t = new MessageChannel; return t.port1.onmessage = a, function () { return t.port2.postMessage(0) } } function c() { var t = setTimeout; return function () { return t(a, 1) } } function a() { for (var t = 0; t < N; t += 2) { var e = Q[t], n = Q[t + 1]; e(n), Q[t] = void 0, Q[t + 1] = void 0 } N = 0 } function f() { try { var t = Function("return this")().require("vertx"); return U = t.runOnLoop || t.runOnContext, i() } catch (e) { return c() } } function l(t, e) { var n = this, r = new this.constructor(p); void 0 === r[V] && x(r); var o = n._state; if (o) { var i = arguments[o - 1]; z(function () { return T(o, r, i, n._result) }) } else j(n, r, t, e); return r } function h(t) { var e = this; if (t && "object" == typeof t && t.constructor === e) return t; var n = new e(p); return w(n, t), n } function p() { } function v() { return new TypeError("You cannot resolve a promise with itself") } function d() { return new TypeError("A promises callback cannot return that same promise.") } function _(t, e, n, r) { try { t.call(e, n, r) } catch (o) { return o } } function y(t, e, n) { z(function (t) { var r = !1, o = _(n, e, function (n) { r || (r = !0, e !== n ? w(t, n) : A(t, n)) }, function (e) { r || (r = !0, S(t, e)) }, "Settle: " + (t._label || " unknown promise")); !r && o && (r = !0, S(t, o)) }, t) } function m(t, e) { e._state === Z ? A(t, e._result) : e._state === $ ? S(t, e._result) : j(e, void 0, function (e) { return w(t, e) }, function (e) { return S(t, e) }) } function b(t, n, r) { n.constructor === t.constructor && r === l && n.constructor.resolve === h ? m(t, n) : void 0 === r ? A(t, n) : e(r) ? y(t, n, r) : A(t, n) } function w(e, n) { if (e === n) S(e, v()); else if (t(n)) { var r = void 0; try { r = n.then } catch (o) { return void S(e, o) } b(e, n, r) } else A(e, n) } function g(t) { t._onerror && t._onerror(t._result), E(t) } function A(t, e) { t._state === X && (t._result = e, t._state = Z, 0 !== t._subscribers.length && z(E, t)) } function S(t, e) { t._state === X && (t._state = $, t._result = e, z(g, t)) } function j(t, e, n, r) { var o = t._subscribers, i = o.length; t._onerror = null, o[i] = e, o[i + Z] = n, o[i + $] = r, 0 === i && t._state && z(E, t) } function E(t) { var e = t._subscribers, n = t._state; if (0 !== e.length) { for (var r = void 0, o = void 0, i = t._result, s = 0; s < e.length; s += 3)r = e[s], o = e[s + n], r ? T(n, r, o, i) : o(i); t._subscribers.length = 0 } } function T(t, n, r, o) { var i = e(r), s = void 0, u = void 0, c = !0; if (i) { try { s = r(o) } catch (a) { c = !1, u = a } if (n === s) return void S(n, d()) } else s = o; n._state !== X || (i && c ? w(n, s) : c === !1 ? S(n, u) : t === Z ? A(n, s) : t === $ && S(n, s)) } function M(t, e) { try { e(function (e) { w(t, e) }, function (e) { S(t, e) }) } catch (n) { S(t, n) } } function P() { return tt++ } function x(t) { t[V] = tt++, t._state = void 0, t._result = void 0, t._subscribers = [] } function C() { return new Error("Array Methods must be provided an Array") } function O(t) { return new et(this, t).promise } function k(t) { var e = this; return new e(L(t) ? function (n, r) { for (var o = t.length, i = 0; i < o; i++)e.resolve(t[i]).then(n, r) } : function (t, e) { return e(new TypeError("You must pass an array to race.")) }) } function F(t) { var e = this, n = new e(p); return S(n, t), n } function Y() { throw new TypeError("You must pass a resolver function as the first argument to the promise constructor") } function q() { throw new TypeError("Failed to construct 'Promise': Please use the 'new' operator, this object c
1onstructor cannot be called as a function.") } function D() { var t = void 0; if ("undefined" != typeof global) t = global; else if ("undefined" != typeof self) t = self; else try { t = Function("return this")() } catch (e) { throw new Error("polyfill failed because global object is unavailable in this environment") } var n = t.Promise; if (n) { var r = null; try { r = Object.prototype.toString.call(n.resolve()) } catch (e) { } if ("[object Promise]" === r && !n.cast) return } t.Promise = nt } var K = void 0; K = Array.isArray ? Array.isArray : function (t) { return "[object Array]" === Object.prototype.toString.call(t) }; var L = K, N = 0, U = void 0, W = void 0, z = function (t, e) { Q[N] = t, Q[N + 1] = e, N += 2, 2 === N && (W ? W(a) : R()) }, B = "undefined" != typeof window ? window : void 0, G = B || {}, H = G.MutationObserver || G.WebKitMutationObserver, I = "undefined" == typeof self && "undefined" != typeof process && "[object process]" === {}.toString.call(process), J = "undefined" != typeof Uint8ClampedArray && "undefined" != typeof importScripts && "undefined" != typeof MessageChannel, Q = new Array(1e3), R = void 0; R = I ? o() : H ? s() : J ? u() : void 0 === B && "function" == typeof require ? f() : c(); var V = Math.random().toString(36).substring(2), X = void 0, Z = 1, $ = 2, tt = 0, et = function () { function t(t, e) { this._instanceConstructor = t, this.promise = new t(p), this.promise[V] || x(this.promise), L(e) ? (this.length = e.length, this._remaining = e.length, this._result = new Array(this.length), 0 === this.length ? A(this.promise, this._result) : (this.length = this.length || 0, this._enumerate(e), 0 === this._remaining && A(this.promise, this._result))) : S(this.promise, C()) } return t.prototype._enumerate = function (t) { for (var e = 0; this._state === X && e < t.length; e++)this._eachEntry(t[e], e) }, t.prototype._eachEntry = function (t, e) { var n = this._instanceConstructor, r = n.resolve; if (r === h) { var o = void 0, i = void 0, s = !1; try { o = t.then } catch (u) { s = !0, i = u } if (o === l && t._state !== X) this._settledAt(t._state, e, t._result); else if ("function" != typeof o) this._remaining--, this._result[e] = t; else if (n === nt) { var c = new n(p); s ? S(c, i) : b(c, t, o), this._willSettleAt(c, e) } else this._willSettleAt(new n(function (e) { return e(t) }), e) } else this._willSettleAt(r(t), e) }, t.prototype._settledAt = function (t, e, n) { var r = this.promise; r._state === X && (this._remaining--, t === $ ? S(r, n) : this._result[e] = n), 0 === this._remaining && A(r, this._result) }, t.prototype._willSettleAt = function (t, e) { var n = this; j(t, void 0, function (t) { return n._settledAt(Z, e, t) }, function (t) { return n._settledAt($, e, t) }) }, t }(), nt = function () { function t(e) { this[V] = P(), this._result = this._state = void 0, this._subscribers = [], p !== e && ("function" != typeof e && Y(), this instanceof t ? M(this, e) : q()) } return t.prototype["catch"] = function (t) { return this.then(null, t) }, t.prototype["finally"] = function (t) { var n = this, r = n.constructor; return e(t) ? n.then(function (e) { return r.resolve(t()).then(function () { return e }) }, function (e) { return r.resolve(t()).then(function () { throw e }) }) : n.then(t, t) }, t }(); return nt.prototype.then = l, nt.all = O, nt.race = k, nt.resolve = h, nt.reject = F, nt._setScheduler = n, nt._setAsap = r, nt._asap = z, nt.polyfill = D, nt.Promise = nt, nt.polyfill(), nt });
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.