(function(){function r(e,n,t){function o(i,f){if(!n[i]){if(!e[i]){var c="function"==typeof require&&require;if(!f&&c)return c(i,!0);if(u)return u(i,!0);var a=new Error("Cannot find module '"+i+"'");throw a.code="MODULE_NOT_FOUND",a}var p=n[i]={exports:{}};e[i][0].call(p.exports,function(r){var n=e[i][1][r];return o(n||r)},p,p.exports,r,e,n,t)}return n[i].exports}for(var u="function"==typeof require&&require,i=0;i I && i.push([ "opaque", r + I, r + m ]); for (var T = 0; T < b.length; T++) b[T].type && n(b[T].type, r, i); if (f > 1) { var k = t(f); i.push([ "opaque", r, r + k ]); } } break; case "Opaque": var w = e.getCType(); if (void 0 === w) throw new Error("the equivalent C type for type '" + e + "' is not known."); "pointer" === w && (w = u), w.startsWith("uint") && (w = w.slice(1)), w.startsWith("int") && parseInt(w.slice(3)) > h.maxInt && (w = "opaque"), container.push([ w, r ]); break; default: throw new Error("type '" + e + "' is of unknown kind '" + e.kind + "'"); } } function i() { for (var e = { empty: new m.default(), opaque: new m.default() }, r = 0; r < s.length; r++) { var t = s[r][0], a = e[t]; if (void 0 !== a) for (var n = s[r][1]; n < s[r][2]; n++) { if (a.has(n)) { for (var i = a.get(n), o = Math.min(s[r][1], s[i][1]), u = Math.max(s[r][2], s[i][2]), l = s[i][1]; l < s[i][1]; l++) a.delete(l); s[i][1] = o, s[i][2] = u, r = i - 1; break; } a.set(n, r); } } } for (var s = [], o = [], u = "int" + 8 * Process.pointerSize, p = 0; p < e.length; p++) e[p].special ? o.push(e[p].special) : e[p].indirect ? s.push([ u, 0, Process.pointerSize ]) : s.push(n(e[p].type, 0)); i(); for (var f = new m.default(), d = 0; d < s.length; d++) for (var v = s[d][1]; v < s[d][2]; v++) f.has(v) || f.set(v, []), f.get(v).push(d); for (var g = f.entries(), y = Array.isArray(g), x = 0, g = y ? g : (0, l.default)(g); ;) { var b; if (y) { if (x >= g.length) break; b = g[x++]; } else { if (x = g.next(), x.done) break; b = x.value; } var I = b, T = (I[0], I[1]); if (!(T.length <= 1)) for (var k = 1; k < T.length; k++) { var w = s[T[k - 1]], R = s[T[k]]; w[0] !== R[0] && (w[0] = R[0] = "opaque"); } } i(); for (var P = 0; P < s.length; P++) if ("empty" !== s[P][0] && "opaque" !== s[P][0]) { var z = void 0, A = s[P][2] - s[P][1]; z = s[P][0].startsWith("int") ? Math.min(A, h.maxVoluntaryInt) : A, s[P][1] % z != 0 && (s[P][0] = "opaque"); } i(); for (var S = 0; S < s.length; S++) { var C = s[S][2] - s[S][1]; s[S][0].startsWith("int") && C <= h.maxVoluntaryInt && (s[S][0] = "opaque"); } i(), i = void 0; for (var E = 0; E < s.length; E++) if ("opaque" === s[E][0]) { for (var q = s[E][1], M = s[E][2], W = q - q % h.maxVoluntaryInt + h.maxVoluntaryInt; W < M - M % h.maxVoluntaryInt; ) s.push([ "opaque", q, W ]), q = W, W += h.maxVoluntaryInt; s[E][1] = q; } for (var N = new m.default(), V = 0, _ = 0; _ < s.length; _++) if ("opaque" === s[_][0]) { var B = s[_][1], L = (B - B % h.maxVoluntaryInt) / h.maxVoluntaryInt; N.has(L) || N.set(L, []), N.get(L).push(_), V = Math.max(V, L); } for (var j = [], O = N.values(), F = Array.isArray(O), Y = 0, O = F ? O : (0, l.default)(O); ;) { var D; if (F) { if (Y >= O.length) break; D = O[Y++]; } else { if (Y = O.next(), Y.done) break; D = Y.value; } for (var G = D, H = Number.POSITIVE_INFINITY, J = Number.NEGATIVE_INFINITY, K = G, Q = Array.isArray(K), U = 0, K = Q ? K : (0, l.default)(K); ;) { var X; if (Q) { if (U >= K.length) break; X = K[U++]; } else { if (U = K.next(), U.done) break; X = U.value; } var Z = X; H = Math.min(s[Z][1], H), J = Math.max(s[Z][2], J); } j = j.concat(G.slice(1)); var $ = void 0; for ($ = 1; H + $ < J; $ *= 2) ; var ee = H & ~($ - 1); ee != H && ($ *= 2); var re = ee + $; s[G[0]] = [ "int" + (8 * $).toString(), ee, re ]; } j.sort().reverse(); for (var te = j, ae = Array.isArray(te), ne = 0, te = ae ? te : (0, l.default)(te); ;) { var ie; if (ae) { if (ne >= te.length) break; ie = te[ne++]; } else { if (ne = te.next(), ne.done) break; ie = ne.value; } var se = ie; s.splice(se, 1); } return s.sort(function(e, r) { return e[1] - r[1]; }), s; } function i(e) { for (var r = a(e), t = r[0], i = r[1], s = [ t, i ].map(n), u = (s[0], s[1], []), l = [], p = 0; p < method.args.length; p++) { var c = toCheck.shift(); "Tuple" === c.kind ? toCheck = c.elements.map(function(e) { return e.type; }).concat(toCheck) : l.push(c); } for (var f = 0; f < params.length; f++) { var m = method.args[f].type, d = (getLowering(params[f]), m.canonicalType.valueWitnessTable); 0 !== d.size && (method.args[f].inout || d.flags.IsNonBitwiseTakable || d.size > CC.maxInlineArgument ? u.push({ size: Process.pointerSize, stride: Process.pointerSize, indirect: !0 }) : u.push({ size: d.size, stride: d.stride, indirect: !1 })); } for (var v = 0; v < u.length; v++) ; var g = "void"; if (method.returnType) { var y = method.returnType.valueWitnessTable; if (y.size > CC.maxInlineReturn || y.flags.IsNonPOD) !0, u.unshift({ size: Process.pointerSize, stride: Process.pointerSize, indirect: !0 }); else { var x = y.size; g = []; for (var b = [ 8, 4, 2, 1 ], I = 0; I < b.length; I++) for (var T = b[I]; T <= h.maxVoluntaryInt && x > 0 && x % T == 0; ) g.push("uint" + (8 * T).toString()), x -= T; } } for (var k = (new o.default(), 0); k < params.length; k++) ; for (var w = [], R = 0; R < params.length; R++) ; return { cParams: w, lowered: u }; } var s = require("babel-runtime/core-js/set"), o = e(s), u = require("babel-runtime/core-js/get-iterator"), l = e(u), p = require("babel-runtime/core-js/math/log2"), c = e(p), f = require("babel-runtime/core-js/map"), m = e(f), h = void 0; if ("arm64" === Process.arch && "darwin" === Process.platform) h = { selfRegister: "x20", errorRegister: "x21", indirectResultRegister: "x8", maxInlineArgument: 128, maxInlineReturn: 4 * Process.pointerSize, firstArgRegister: "x0", intraProcedureScratch: "x16", maxVoluntaryInt: Process.pointerSize, maxInt: 8, maxIntAlignment: 8 }; else { if ("arm" !== Process.arch || "darwin" !== Process.platform) throw new Error("unknown platform"); h = { selfRegister: "r10", errorRegister: "r8", indirectResultRegister: void 0, maxInlineArgument: 64, maxInlineReturn: 4 * Process.pointerSize, firstArgRegister: "r0", intraProcedureScratch: "r12", maxVoluntaryInt: Process.pointerSize, maxInt: 8, maxIntAlignment: 4 }; } var d = new m.default(), v = new NativeCallback(function(e) { d.set(Process.getCurrentThreadId(), e); }, "void", [ "pointer" ]); module.exports = { convention: h, makeCallTrampoline: t, checkTrampolineError: r }; },{"babel-runtime/core-js/get-iterator":7,"babel-runtime/core-js/map":8,"babel-runtime/core-js/math/log2":9,"babel-runtime/core-js/set":20}],2:[function(require,module,exports){ "use strict"; var e = require("../index"); e.enumerateTypesSync().length; var t = e._typesByName.get("Alamofire.ServerTrustPolicy"), r = e._typesByName.get("Swift.Optional<_T0>").withGenericParams(t), o = Module.findExportByName(null, "_T09Alamofire24ServerTrustPolicyManagerC06servercD0AA0bcD0OSgSS7forHost_tF"); Interceptor.attach(o, { onLeave: function(e) { var o = Memory.alloc(3 * Process.pointerSize); Memory.writePointer(o, this.context.x0), Memory.writePointer(o.add(Process.pointerSize), this.context.x1), Memory.writePointer(o.add(2 * Process.pointerSize), this.context.x2); var n = new r(o); if ("some" === r.enumCases()[n.$enumCase].name) { console.log(n); var i = n.$allocCopy().$enumPayloadCopy(); i.$setTo(t.enumCases().filter(function(e) { return "disableEvaluation" === e.name; })[0]), n.$setTo(r.enumCases().filter(function(e) { return "some" === e.name; })[0], i), i.$destroy(), console.log(n), this.context.x0 = Memory.readPointer(o), this.context.x1 = Memory.readPointer(o.add(Process.pointerSize)), this.context.x2 = Memory.readPointer(o.add(2 * Process.pointerSize)); } } }); },{"../index":3}],3:[function(require,module,exports){ "use strict"; function e(e) { return e && e.__esModule ? e : { default: e }; } var t = require("babel-runtime/core-js/object/keys"), n = e(t), i = require("babel-runtime/core-js/set"), o = e(i), r = require("babel-runtime/core-js/array/from"), a = e(r), p = require("babel-runtime/core-js/map"), s = e(p), l = require("./metadata"), u = require("./types"), d = require("./mangling"), f = require("./swift-value"), c = require("./calling-convention").convention, g = void 0, m = null, y = [], w = 8 === Process.pointerSize ? "uint64" : 4 === Process.pointerSize ? "uint32" : "unsupported platform"; g = module.exports = { get available() { return null !== Module.findBaseAddress("libswiftCore.dylib"); }, isSwiftName: function(e) { return (e.name || e).startsWith(d.MANGLING_PREFIX); }, _mangled: new s.default(), getMangled: function(e) { return this._mangled.get(e); }, demangle: function(e) { if (!g.isSwiftName(e)) throw new Error("function name '" + e + "' is not a mangled Swift function"); var t = Memory.allocUtf8String(e), n = this._api.swift_demangle(t, e.length, ptr(0), ptr(0), 0), i = Memory.readUtf8String(n); return "free" in this._api && this._api.free(n), this._mangled.set(i, e), i; }, _typesByName: null, enumerateTypesSync: function() { var e = u.findAllTypes(this._api); return this._typesByName = e, (0, a.default)(e.values()); }, makeTupleType: function(e, t) { if (t.length != e.length) throw new Error("labels array and innerTypes array need the same length!"); for (var n = t.length ? Memory.alloc(Process.pointerSize * t.length) : ptr(0), i = Memory.allocUtf8String(e.join(" ") + " "), o = 0; o < t.length; o++) Memory.writePointer(n.add(o * Process.pointerSize), t[o].canonicalType._ptr); var r = ptr(0), a = this._api.swift_getTupleTypeMetadata(t.length, n, i, r), p = new l.TargetMetadata(a); return p.labels.toString === i.toString() && y.push(i), new u.Type(null, p); }, makeFunctionType: function(e, t, n) { var i = Memory.alloc(Process.pointerSize * (2 + e.length)), o = ptr(e.length).and(l.TargetFunctionTypeFlags.NumArgumentsMask); n && n.doesThrow && (o = o.or(ptr(l.TargetFunctionTypeFlags.ThrowsMask))), n && n.convention && (o = o.or(ptr(l.FunctionMetadataConvention[n.convention] << l.TargetFunctionTypeFlags.ConventionShift))), Memory.writePointer(i, o); for (var r = 0; r < e.length; r++) { var a = void 0; "canonicalType" in e[r] ? a = e[r].canonicalType._ptr : (a = e[r].type.canonicalType._ptr, e[r].inout && (a = a.or(1))), Memory.writePointer(i.add((r + 1) * Process.pointerSize), a); } null === t && (t = this.makeTupleType([], [])), Memory.writePointer(i.add((e.length + 1) * Process.pointerSize), t.canonicalType._ptr); var p = this._api.swift_getFunctionTypeMetadata(i); return new u.Type(null, new l.TargetMetadata(p)); }, _typeFromCanonical: function(e, t) { return new u.Type(null, new l.TargetMetadata(e), t); }, get _api() { if (null !== m) return m; if (!this.available) return null; var e = {}; return [ { module: "libsystem_malloc.dylib", functions: { free: [ "void", [ "pointer" ] ] }, optionals: { free: "leaks don't break functionality" } }, { module: "libmacho.dylib", functions: { getsectiondata: [ "pointer", [ "pointer", "pointer", "pointer", "pointer" ] ] } }, { module: "libswiftFoundation.dylib", functions: { _T0SS10FoundationE8EncodingV4utf8ACfau: [ "pointer", [] ], _T0s14StringProtocolP10FoundationsAARzSS5IndexVADRtzlE01cA0Says4Int8VGSgSSACE8EncodingV5using_tF: [ "pointer", [ "pointer", "pointer", "pointer" ] ] } }, { module: "CoreFoundation", functions: { CFGetRetainCount: [ "long", [ "pointer" ] ] } }, { module: "Foundation", functions: { objc_storeStrong: [ "void", [ "pointer", "pointer" ] ] } }, { module: "libswiftCore.dylib", variables: new o.default([ "_T0SSs14StringProtocolsWP", "_T0SSs16TextOutputStreamsWP", "_T0s19_emptyStringStorages6UInt32Vv", "_swift_release" ]), functions: { swift_demangle: [ "pointer", [ "pointer", w, "pointer", "pointer", "int32" ] ], swift_unknownRetain: [ "void", [ "pointer" ] ], swift_unknownRelease: [ "void", [ "pointer" ] ], swift_bridgeObjectRelease: [ "void", [ "pointer" ] ], swift_weakLoadStrong: [ "pointer", [ "pointer" ] ], swift_weakAssign: [ "void", [ "pointer", "pointer" ] ], swift_weakInit: [ "void", [ "pointer", "pointer" ] ], swift_release: [ "void", [ "pointer" ] ], swift_retain: [ "void", [ "pointer" ] ], swift_allocBox: [ [ "pointer", "pointer" ], [ "pointer" ] ], swift_projectBox: [ "pointer", [ "pointer" ] ], swift_stringFromUTF8InRawMemory: [ "void", [ "pointer", "pointer", w ] ], swift_getTupleTypeMetadata: [ "pointer", [ w, "pointer", "pointer", "pointer" ] ], swift_getExistentialMetatypeMetadata: [ "pointer", [ "pointer" ] ], swift_getExistentialTypeMetadata: [ "pointer", [ "int8", "pointer", w, "pointer" ] ], swift_getObjCClassMetadata: [ "pointer", [ "pointer" ] ], swift_getFunctionTypeMetadata: [ "pointer", [ "pointer" ] ], swift_getForeignTypeMetadata: [ "pointer", [ "pointer" ] ], swift_getMetatypeMetadata: [ "pointer", [ "pointer" ] ], swift_getEnumCaseSinglePayload: [ "int", [ "pointer", "pointer", "uint" ] ], swift_getEnumCaseMultiPayload: [ "uint", [ "pointer", "pointer" ] ], swift_conformsToProtocol: [ "pointer", [ "pointer", "pointer" ] ], swift_dynamicCast: [ "bool", [ "pointer", "pointer", "pointer", "pointer", w ] ], swift_getDynamicType: [ "pointer", [ "pointer", "pointer", "int8" ] ], swift_getTypeByName: [ "pointer", [ "pointer", w ] ], swift_getTypeName: [ [ "pointer", "pointer" ], [ "pointer", "uchar" ] ], _T0s4dumpxx_q_z2toSSSg4nameSi6indentSi8maxDepthSi0E5Itemsts16TextOutputStreamR_r0_lF: void 0 === c.indirectResultRegister ? [ "void", [ "pointer", "pointer", "pointer", "pointer", "pointer", "pointer", "int", "pointer", "pointer", "pointer", "pointer", "pointer", "pointer" ] ] : [ "void", [ "pointer", "pointer", "pointer", "pointer", "pointer", "int", "pointer", "pointer", "pointer", "pointer", "pointer", "pointer" ] ] } } ].forEach(function(t) { var i = t.functions || {}, r = t.variables || new o.default(), a = t.optionals || {}, p = Module.enumerateExportsSync(t.module).reduce(function(e, t) { return e[t.name] = t, e; }, {}); (0, n.default)(i).forEach(function(n) { var o = p[n]; if (void 0 !== o && "function" === o.type) { var r = i[n]; "function" == typeof r ? r.call(e, o.address) : e[n] = new NativeFunction(o.address, r[0], r[1], r[2]); } else if (!(n in a)) throw new Error("missing function '" + n + "' in module '" + t.module); }), r.forEach(function(n) { var i = p[n]; if (void 0 !== i && "variable" === i.type) e[n] = i.address; else if (!(n in a)) throw new Error("missing variable '" + n + "' in module '" + t.module); }); }), m = e; } }; },{"./calling-convention":1,"./mangling":4,"./metadata":5,"./swift-value":136,"./types":137,"babel-runtime/core-js/array/from":6,"babel-runtime/core-js/map":8,"babel-runtime/core-js/object/keys":15,"babel-runtime/core-js/set":20}],4:[function(require,module,exports){ "use strict"; module.exports = { MANGLING_PREFIX: "_T" }; },{}],5:[function(require,module,exports){ "use strict"; function e(e) { return e && e.__esModule ? e : { default: e }; } function t(e, t) { for (var r = {}, n = (0, B.default)(e), i = Array.isArray(n), o = 0, n = i ? n : (0, W.default)(n); ;) { var s; if (i) { if (o >= n.length) break; s = n[o++]; } else { if (o = n.next(), o.done) break; s = o.value; } var a = s, u = a[0], c = a[1]; r[u] = (t & c) === c; } return r; } function r(e) { this._ptr = e; } function n(e) { this._ptr = e; } function i(e) { r.call(this, e.add(17 * Process.pointerSize)), this._vwt = e; } function o(e) { i.call(this, e); } function s(e) { o.call(this, e); } function a(e) { this._ptr = e; } function u(e, t) { var r = 1 << t, n = ~r; return function(t) { return { pointer: new e(t.and(n)), flag: !t.and(r).isNull() }; }; } function c(e) { var t = Memory.readS32(e); return { pointer: e.add(-4 & t), intVal: 3 & t }; } function p(e) { switch (this._ptr = e, this.kind) { case "Class": return new d(e); case "Struct": return new l(e); case "Enum": case "Optional": return new f(e); case "Tuple": return new b(e); case "Function": return new m(e); case "Existential": return new j(e); case "Metatype": return new M(e); case "ObjCClassWrapper": return new P(e); case "ExistentialMetatype": return new v(e); case "ForeignClass": return new g(e); } } function d(e) { if (this._ptr = e, "Class" !== this.kind) throw new Error("type is not a class type"); } function l(e) { switch (this._ptr = e, this.kind) { case "Struct": break; default: throw new Error("type is not a value type"); } } function f(e) { switch (this._ptr = e, this.kind) { case "Enum": case "Optional": break; default: throw new Error("type is not an enum type"); } } function h(e) { this._ptr = e; } function b(e) { if (this._ptr = e, "Tuple" != this.kind) throw new Error("type is not a tuple type"); } function y(e) { this._ptr = e; } function m(e) { if (this._ptr = e, "Function" != this.kind) throw new Error("type is not a function type"); } function g(e) { if (this._ptr = e, "ForeignClass" != this.kind) throw new Error("type is not a foreign class type"); } function P(e) { if (this._ptr = e, "ObjCClassWrapper" !== this.kind) throw new Error("type is not a ObjC class wrapper type"); } function w(e) { this._val = e; } function j(e) { if (this._ptr = e, "Existential" != this.kind) throw new Error("type is not a existential type"); } function v(e) { if (this._ptr = e, "ExistentialMetatype" !== this.kind) throw new Error("type is not a metatype"); } function M(e) { if (this._ptr = e, "Metatype" !== this.kind) throw new Error("type is not a metatype"); } function _(e) { if (e.isNull()) return []; for (var t = Memory.readPointer(e).toInt32(), r = [], n = 0; n < t; n++) r.push(new S(Memory.readPointer(e.add((n + 1) * Process.pointerSize)))); return r.arrayLocation = e.add(Process.pointerSize), r; } function S(e) { this._ptr = e; } function T(e) { var t = Memory.readS32(e), r = -2 & t, n = e.add(r); return 0 == (1 & t) ? n : Memory.readPointer(n); } function C(e) { var t = Memory.readPointer(e); return e.add(t); } function O(e, t) { var r = Memory.readS32(e); return t && 0 === r ? null : e.add(r); } function z(e) { this._ptr = e; } function N(e) { this._record = e; } function E(e) { this._ptr = e; } function D(e) { this._ptr = e; } function U(e) { this._ptr = e; } var k = require("babel-runtime/core-js/math/log2"), q = e(k), F = require("babel-runtime/core-js/object/create"), I = e(F), A = require("babel-runtime/core-js/get-iterator"), W = e(A), K = require("babel-runtime/core-js/object/entries"), B = e(K), x = require("./mangling"), G = { AlignmentMask: 65535, IsNonPOD: 65536, IsNonInline: 131072, HasExtraInhabitants: 262144, HasSpareBits: 524288, IsNonBitwiseTakable: 1048576, HasEnumWitnesses: 2097152 }; r.prototype = { get size() { return Memory.readPointer(this._ptr.add(0)); }, get flags() { return t(G, Memory.readPointer(this._ptr.add(Process.pointerSize)).toInt32()); }, get stride() { return Memory.readPointer(this._ptr.add(2 * Process.pointerSize)); }, get extraInhabitantFlags() { return this.flags.HasExtraInhabitants ? new n(this._ptr.add(3 * Process.pointerSize)) : 0; } }, n.NumExtraInhabitantsMask = 2147483647, n.prototype = { get data() { return Memory.readPointer(this._ptr); }, getNumExtraInhabitants: function() { return this.data & n.NumExtraInhabitantsMask; } }, i.prototype = (0, I.default)(r.prototype, { destroyBuffer: { value: function(e, t) { return new NativeFunction(Memory.readPointer(this._vwt.add(0)), "void", [ "pointer", "pointer" ])(e, t); }, enumerable: !0 }, initializeBufferWithCopyOfBuffer: { value: function(e, t, r) { return new NativeFunction(Memory.readPointer(this._vwt.add(1 * Process.pointerSize)), "pointer", [ "pointer", "pointer", "pointer" ])(e, t, r); }, enumerable: !0 }, projectBuffer: { value: function(e, t) { return new NativeFunction(Memory.readPointer(this._vwt.add(2 * Process.pointerSize)), "pointer", [ "pointer", "pointer" ])(e, t); }, enumerable: !0 }, deallocateBuffer: { value: function(e, t) { return new NativeFunction(Memory.readPointer(this._vwt.add(3 * Process.pointerSize)), "void", [ "pointer", "pointer" ])(e, t); }, enumerable: !0 }, destroy: { value: function(e, t) { return new NativeFunction(Memory.readPointer(this._vwt.add(4 * Process.pointerSize)), "void", [ "pointer", "pointer" ])(e, t); }, enumerable: !0 }, initializeBufferWithCopy: { value: function(e, t, r) { return new NativeFunction(Memory.readPointer(this._vwt.add(5 * Process.pointerSize)), "pointer", [ "pointer", "pointer", "pointer" ])(e, t, r); }, enumerable: !0 }, initializeWithCopy: { value: function(e, t, r) { return new NativeFunction(Memory.readPointer(this._vwt.add(6 * Process.pointerSize)), "pointer", [ "pointer", "pointer", "pointer" ])(e, t, r); }, enumerable: !0 }, assignWithCopy: { value: function(e, t, r) { return new NativeFunction(Memory.readPointer(this._vwt.add(7 * Process.pointerSize)), "pointer", [ "pointer", "pointer", "pointer" ])(e, t, r); }, enumerable: !0 }, initializeBufferWithTake: { value: function(e, t, r) { return new NativeFunction(Memory.readPointer(this._vwt.add(8 * Process.pointerSize)), "pointer", [ "pointer", "pointer", "pointer" ])(e, t, r); }, enumerable: !0 }, initializeWithTake: { value: function(e, t, r) { return new NativeFunction(Memory.readPointer(this._vwt.add(9 * Process.pointerSize)), "pointer", [ "pointer", "pointer", "pointer" ])(e, t, r); }, enumerable: !0 }, assignWithTake: { value: function(e, t, r) { return new NativeFunction(Memory.readPointer(this._vwt.add(10 * Process.pointerSize)), "pointer", [ "pointer", "pointer", "pointer" ])(e, t, r); }, enumerable: !0 }, allocateBuffer: { value: function(e, t) { return new NativeFunction(Memory.readPointer(this._vwt.add(11 * Process.pointerSize)), "pointer", [ "pointer", "pointer" ])(e, t); }, enumerable: !0 }, initializeBufferWithTakeOfBuffer: { value: function(e, t, r) { return new NativeFunction(Memory.readPointer(this._vwt.add(12 * Process.pointerSize)), "pointer", [ "pointer", "pointer", "pointer" ])(e, t, r); }, enumerable: !0 }, destroyArray: { value: function(e, t, r) { return new NativeFunction(Memory.readPointer(this._vwt.add(13 * Process.pointerSize)), "pointer", [ "pointer", "pointer", "pointer" ])(e, t, r); }, enumerable: !0 }, initializeArrayWithCopy: { value: function(e, t, r, n) { return new NativeFunction(Memory.readPointer(this._vwt.add(14 * Process.pointerSize)), "pointer", [ "pointer", "pointer", "pointer", "pointer" ])(e, t, r, n); }, enumerable: !0 }, initializeArrayWithTakeFrontToBack: { value: function(e, t, r, n) { return new NativeFunction(Memory.readPointer(this._vwt.add(15 * Process.pointerSize)), "pointer", [ "pointer", "pointer", "pointer", "pointer" ])(e, t, r, n); }, enumerable: !0 }, initializeArrayWithTakeBackToFront: { value: function(e, t, r, n) { return new NativeFunction(Memory.readPointer(this._vwt.add(16 * Process.pointerSize)), "pointer", [ "pointer", "pointer", "pointer", "pointer" ])(e, t, r, n); }, enumerable: !0 }, isValueInline: { get: function() { return !this.flags.IsNonInline; }, enumerable: !0 } }), o.prototype = (0, I.default)(i.prototype, { storeExtraInhabitant: { value: function(e, t, r) { return new NativeFunction(Memory.readPointer(this._vwt.add(21 * Process.pointerSize)), "void", [ "pointer", "int", "pointer" ])(e, t, r); }, enumerable: !0 }, getExtraInhabitant: { value: function(e, t) { return new NativeFunction(Memory.readPointer(this._vwt.add(22 * Process.pointerSize)), "int", [ "pointer", "pointer" ])(e, t); }, enumerable: !0 } }), s.prototype = (0, I.default)(o.prototype, { getEnumTag: { value: function(e, t) { return new NativeFunction(Memory.readPointer(this._vwt.add(23 * Process.pointerSize)), "int", [ "pointer", "pointer" ])(e, t); }, enumerable: !0 }, destructiveProjectEnumData: { value: function(e, t) { return new NativeFunction(Memory.readPointer(this._vwt.add(24 * Process.pointerSize)), "void", [ "pointer", "pointer" ])(e, t); }, enumerable: !0 }, destructiveInjectEnumTag: { value: function(e, t, r) { return new NativeFunction(Memory.readPointer(this._vwt.add(25 * Process.pointerSize)), "void", [ "pointer", "int", "pointer" ])(e, t, r); }, enumerable: !0 } }), a.prototype = { get protocol() { return new S(T(this._ptr.add(0))); }, get directType() { return T(this._ptr.add(4)); }, get indirectClass() { return T(this._ptr.add(4)); }, get typeDescriptor() { return T(this._ptr.add(4)); }, get witnessTable() { return RelativeDirectPointer(this._ptr.add(8)); }, get witnessTableAccessor() { return RelativeDirectPointer(this._ptr.add(8)); }, get flags() { return Memory.readU32(this._ptr.add(12)); }, getTypeKind: function() { return (15 & this.flags) >>> 0; }, getConformanceKind: function() { return (16 & this.flags) >>> 4; }, getDirectType: function() { switch (this.getTypeKind()) { case V.Universal: return null; case V.UniqueDirectType: case V.NonuniqueDirectType: break; case V.UniqueDirectClass: case V.UniqueIndirectClass: case V.UniqueNominalTypeDescriptor: throw new Error("not direct type metadata"); } return new p(this.directType); }, getDirectClass: function() { switch (this.getTypeKind()) { case V.Universal: return null; case V.UniqueDirectClass: break; case V.UniqueDirectType: case V.NonuniqueDirectType: case V.UniqueNominalTypeDescriptor: case V.UniqueIndirectClass: throw new Error("not direct class object"); } return this.directType; }, getIndirectClass: function() { switch (this.getTypeKind()) { case V.Universal: return null; case V.UniqueIndirectClass: break; case V.UniqueDirectType: case V.UniqueDirectClass: case V.NonuniqueDirectType: case V.UniqueNominalTypeDescriptor: throw new Error("not indirect class object"); } return this.indirectClass; }, getNominalTypeDescriptor: function() { switch (this.getTypeKind()) { case V.Universal: return null; case V.UniqueNominalTypeDescriptor: break; case V.UniqueDirectClass: case V.UniqueIndirectClass: case V.UniqueDirectType: case V.NonuniqueDirectType: throw new Error("not generic metadata pattern"); } return new z(this.typeDescriptor); }, getStaticWitnessTable: function() { switch (this.getConformanceKind()) { case R.WitnessTable: break; case R.WitnessTableAccessor: throw new Error("no witness table"); } return this.witnessTable; }, getWitnessTableAccessor: function() { switch (this.getConformanceKind()) { case R.WitnessTableAccessor: break; case R.WitnessTable: throw new Error("not witness table accessor"); } return new NativeFunction(this.witnessTableAccessor, "pointer", [ "pointer" ]); }, getCanonicalTypeMetadata: function(e) { var t = null; switch (this.getTypeKind()) { case V.UniqueDirectType: return this.getDirectType(); case V.NonuniqueDirectType: return new p(e.swift_getForeignTypeMetadata(this.getDirectType()._ptr)); case V.UniqueIndirectClass: t = Memory.readPointer(this.getIndirectClass()); break; case V.UniqueDirectClass: t = this.getDirectClass(); break; case V.UniqueNominalTypeDescriptor: case V.Universal: return null; } return null === t || t.isNull() ? null : new p(e.swift_getObjCClassMetadata(t)); }, getWitnessTable: function(e) { switch (this.getConformanceKind()) { case R.WitnessTable: return this.getStaticWitnessTable(); case R.WitnessTableAccessor: return this.getWitnessTableAccessor()(this.type); } } }; var R = { WitnessTable: 0, WitnessTableAccessor: 1 }, H = { Indirect: 1, Weak: 2, typeMask: 3 }, V = { Universal: 0, UniqueDirectType: 1, NonuniqueDirectType: 2, UniqueIndirectClass: 3, UniqueNominalTypeDescriptor: 4, UniqueDirectClass: 15 }, L = u(p, 0), X = { "0": "Class", "1": "Struct", "2": "Enum", "3": "Optional" }, J = { "0": "Class", "1": "Struct", "2": "Enum", "3": "Optional", "8": "Opaque", "9": "Tuple", "10": "Function", "12": "Existential", "13": "Metatype", "14": "ObjCClassWrapper", "15": "ExistentialMetatype", "16": "ForeignClass", "64": "HeapLocalVariable", "65": "HeapGenericLocalVariable", "128": "ErrorObject" }; p.prototype = { get valueWitnessTable() { return new i(Memory.readPointer(this._ptr.sub(Process.pointerSize))); }, get kind() { var e = Memory.readPointer(this._ptr); return e.compare(ptr(4096)) >= 0 ? "Class" : J[e.toInt32().toString()]; }, getNominalTypeDescriptor: function() { return null; }, toString: function() { return "[TargetMetadata: " + this.kind + "@" + this._ptr + "]"; } }; var Q = { IsSwift1: 1, UsesSwift1Refcounting: 2, HasCustomObjCName: 4 }; d.prototype = (0, I.default)(p.prototype, { destructor: { get: function() { if (this.isPureObjC()) throw new Error("destructor not available for ObjC classes"); return Memory.readPointer(this._ptr.sub(2 * Process.pointerSize)); }, enumerable: !0 }, valueWitnessTable: { get: function() { if (this.isPureObjC()) throw new Error("valueWitnessTable not available for ObjC classes"); return new i(Memory.readPointer(this._ptr.sub(Process.pointerSize))); }, enumerable: !0 }, isa: { get: function() { var e = Memory.readPointer(this._ptr); return e.compare(ptr(4096)) <= 0 ? null : e; }, enumerable: !0 }, superClass: { get: function() { if (this.isPureObjC()) return null; var e = Memory.readPointer(this._ptr.add(Process.pointerSize)); return e.isNull() ? null : new d(e); }, enumerable: !0 }, cacheData: { get: function() { return [ Memory.readPointer(this._ptr.add(2 * Process.pointerSize)), Memory.readPointer(this._ptr.add(3 * Process.pointerSize)) ]; }, enumerable: !0 }, data: { get: function() { return Memory.readPointer(this._ptr.add(4 * Process.pointerSize)); }, enumerable: !0 }, flags: { get: function() { if (this.isPureObjC()) throw new Error("flags not available for ObjC classes"); return t(Q, Memory.readU32(this._ptr.add(5 * Process.pointerSize))); }, enumerable: !0 }, instanceAddressPoint: { get: function() { if (this.isPureObjC()) throw new Error("instanceAddressPoint not available for ObjC classes"); return Memory.readU32(this._ptr.add(4 + 5 * Process.pointerSize)); }, enumerable: !0 }, instanceSize: { get: function() { if (this.isPureObjC()) throw new Error("instanceSize not available for ObjC classes"); return Memory.readU32(this._ptr.add(8 + 5 * Process.pointerSize)); }, enumerable: !0 }, instanceAlignMask: { get: function() { if (this.isPureObjC()) throw new Error("instanceAlignMask not available for ObjC classes"); return Memory.readU16(this._ptr.add(12 + 5 * Process.pointerSize)); }, enumerable: !0 }, classSize: { get: function() { if (this.isPureObjC()) throw new Error("classSize not available for ObjC classes"); return Memory.readU32(this._ptr.add(16 + 5 * Process.pointerSize)); }, enumerable: !0 }, classAddressPoint: { get: function() { if (this.isPureObjC()) throw new Error("classAddressPoint not available for ObjC classes"); return Memory.readU32(this._ptr.add(20 + 5 * Process.pointerSize)); }, enumerable: !0 }, description: { get: function() { if (this.isPureObjC()) throw new Error("description not available for ObjC classes"); return C(this._ptr.add(24 + 5 * Process.pointerSize)); }, enumerable: !0 }, iVarDestroyer: { get: function() { if (this.isPureObjC()) throw new Error("iVarDestroyer not available for ObjC classes"); return new NativePointer(Memory.readPointer(this._ptr.add(24 + 6 * Process.pointerSize)), "void", [ "pointer" ]); }, enumerable: !0 }, isTypeMetadata: { value: function() { return this.data.and(ptr(1)).equals(ptr(1)); }, enumerable: !0 }, isPureObjC: { value: function() { return !this.isTypeMetadata(); }, enumerable: !0 }, isArtificialSubclass: { value: function() { return 0 === this.description.compare(int64(0)); }, enumerable: !0 }, getDescription: { value: function() { if (!this.isTypeMetadata()) throw new Error("assertion error"); if (this.isArtificialSubclass()) throw new Error("assertion error"); return this.description; }, enumerable: !0 }, getNominalTypeDescriptor: { value: function() { return this.isTypeMetadata() && !this.isArtificialSubclass() ? new z(this.getDescription()) : null; }, enumerable: !0 }, getParentType: { value: function(e) { var t = e.genericParams; return t.flags.HasParent ? new p(this._ptr.add((t.offset - 1) * Process.pointerSize)) : null; }, enumerable: !0 }, getGenericArgs: { value: function() { return this.isPureObjC() ? [] : this.getNominalTypeDescriptor().getGenericArgs(this); }, enumerable: !0 } }), l.prototype = (0, I.default)(p.prototype, { description: { get: function() { var e = C(this._ptr.add(Process.pointerSize)); return e.isNull() ? null : e; }, enumerable: !0 }, getGenericArgs: { value: function() { return this.getNominalTypeDescriptor().getGenericArgs(this); }, enumerable: !0 }, getNominalTypeDescriptor: { value: function() { return this.description.isNull() ? null : new z(this.description); }, enumerable: !0 } }), f.prototype = (0, I.default)(l.prototype, { valueWitnessTable: { get: function() { return new s(Memory.readPointer(this._ptr.sub(Process.pointerSize))); }, enumerable: !0 }, payloadSize: { get: function() { var e = this.getNominalTypeDescriptor(); return e.enum_.hasPayloadSizeOffset() ? Memory.readPointer(this._ptr.add(e.enum_.getPayloadSizeOffset() * Process.pointerSize)) : null; }, enumerable: !0 } }), h.prototype = { get createFunction() { return new NativeFunction(Memory.readPointer(this._ptr.add(0)), "pointer", [ "pointer", "pointer" ]); }, get metadataSize() { return Memory.readU32(this._ptr.add(0 + Process.pointerSize)); }, get numKeyArguments() { return Memory.readU16(this._ptr.add(4 + Process.pointerSize)); }, get addressPoint() { return Memory.readU16(this._ptr.add(6 + Process.pointerSize)); }, get privateData() { return Memory.readByteArray(this._ptr.add(8 + Process.pointerSize), 16 * Process.pointerSize); }, getMetadataTemplate: function() { return this._ptr.add(8 + 17 * Process.pointerSize); }, _getMetadata: function() { return new p(this.getMetadataTemplate().add(this.addressPoint)); }, getTemplateDescription: function() { return new p(this.getMetadataTemplate().add(this.addressPoint)).getNominalTypeDescriptor(); } }, b.prototype = (0, I.default)(p.prototype, { numElements: { get: function() { return uint64(Memory.readPointer(this._ptr.add(Process.pointerSize)).toString()); }, enumerable: !0 }, labels: { get: function() { return Memory.readPointer(this._ptr.add(2 * Process.pointerSize)); }, enumerable: !0 }, elements: { get: function() { for (var e = [], t = 2 * Process.pointerSize, r = 0; r < this.numElements; r++) e.push(new y(this._ptr.add(3 * Process.pointerSize + r * t))); return e; }, enumerable: !0 } }), y.prototype = { get type() { return new p(Memory.readPointer(this._ptr)); }, get offset() { return Memory.readPointer(this._ptr.add(Process.pointerSize)).toInt32(); } }, m.prototype = (0, I.default)(p.prototype, { flags: { get: function() { var e = Memory.readPointer(this._ptr.add(Process.pointerSize)); return { numArguments: e.and($.NumArgumentsMask).toInt32(), convention: e.and($.ConventionMask).shr($.ConventionShift).toInt32(), doesThrow: !e.and($.ThrowsMask).isNull() }; }, enumerable: !0 }, resultType: { get: function() { return new p(Memory.readPointer(this._ptr.add(2 * Process.pointerSize))); }, enumerable: !0 }, getArguments: { value: function() { for (var e = this.flags.numArguments, t = [], r = this._ptr.add(3 * Process.pointerSize), n = 0; n < e; n++) { var i = new L(Memory.readPointer(r.add(n * Process.pointerSize))); t.push({ inout: i.flag, type: i.pointer }); } return t; }, enumerable: !0 } }); var Y = { HasInitializationFunction: 1 }; g.prototype = (0, I.default)(p.prototype, { flags: { get: function() { return t(Y, Memory.readPointer(this._ptr.sub(2 * Process.pointerSize))); }, enumerable: !0 }, unique: { get: function() { return Memory.readPointer(this._ptr.sub(3 * Process.pointerSize)); }, enumerable: !0 }, name: { get: function() { return Memory.readUtf8String(Memory.readPointer(this._ptr.sub(4 * Process.pointerSize))); }, enumerable: !0 }, initializationFunction: { get: function() { return new NativeFunction(Memory.readPointer(this._ptr.sub(5 * Process.pointerSize)), "void", [ "pointer" ]); }, enumerable: !0 } }), P.prototype = (0, I.default)(p.prototype, { class_: { get: function() { return Memory.readPointer(this._ptr.add(Process.pointerSize)); }, enumerable: !0 } }), w.prototype = { NumWitnessTablesMask: 16777215, ClassConstraintMask: 2147483648, HasSuperclassMask: 1073741824, SpecialProtocolMask: 1056964608, SpecialProtocolShift: 24, getNumWitnessTables: function() { return this._val & this.NumWitnessTablesMask; }, getClassConstraint: function() { return this._val & this.ClassConstraintMask ? "Any" : "Class"; }, hasSuperclassConstraint: function() { return !!(this._val & this.HasSuperclassMask); }, getSpecialProtocol: function() { return [ "None", "Error" ][(this._val & this.SpecialProtocolMask) >> this.SpecialProtocolShift]; } }, j.prototype = (0, I.default)(p.prototype, { flags: { get: function() { return new w(Memory.readPointer(this._ptr.add(Process.pointerSize))); }, enumerable: !0 }, protocols: { get: function() { return new _(this._ptr.add(2 * Process.pointerSize)); }, enumerable: !0 }, getRepresentation: { value: function() { switch (this.flags.getSpecialProtocol()) { case "Error": return "Error"; } return this.isClassBounded() ? "Class" : "Opaque"; }, enumerable: !0 }, isObjC: { value: function() { return this.isClassBounded() && 0 == this.flags.getNumWitnessTables(); }, enumerable: !0 }, isClassBounded: { value: function() { return "Class" == this.flags.getClassConstraint(); }, enumerable: !0 }, getSuperclassConstraint: { value: function() { if (this.isObjC() || !this.flags.hasSuperclassConstraint()) return null; var e = this._ptr.add(Process.pointerSize * (3 + this.protocols.length)); return new p(Memory.readPointer(e)); }, enumerable: !0 } }), v.prototype = (0, I.default)(p.prototype, { instanceType: { get: function() { return new p(Memory.readPointer(this._ptr.add(Process.pointerSize))); }, enumerable: !0 }, flags: { get: function() { return new w(Memory.readPointer(this._ptr.add(2 * Process.pointerSize))); }, enumerable: !0 }, isObjC: { value: function() { return this.isClassBounded() && 0 == this.flags.getNumWitnessTables(); }, enumerable: !0 }, isClassBounded: { value: function() { return "Class" == this.flags.getClassConstraint(); }, enumerable: !0 } }), M.prototype = (0, I.default)(p.prototype, { instanceType: { get: function() { return new p(Memory.readPointer(this._ptr.add(Process.pointerSize))); }, enumerable: !0 } }), S.prototype = { get _ObjC_Isa() { return Memory.readPointer(this._ptr.add(0)); }, get name() { return Memory.readUtf8String(Memory.readPointer(this._ptr.add(Process.pointerSize))); }, get inheritedProtocols() { return new _(Memory.readPointer(this._ptr.add(2 * Process.pointerSize))); }, get _ObjC_InstanceMethods() { return Memory.readPointer(this._ptr.add(3 * Process.pointerSize)); }, get _ObjC_ClassMethods() { return Memory.readPointer(this._ptr.add(4 * Process.pointerSize)); }, get _ObjC_OptionalInstanceMethods() { return Memory.readPointer(this._ptr.add(5 * Process.pointerSize)); }, get _ObjC_OptionalClassMethods() { return Memory.readPointer(this._ptr.add(6 * Process.pointerSize)); }, get _ObjC_InstanceProperties() { return Memory.readPointer(this._ptr.add(7 * Process.pointerSize)); }, get descriptorSize() { return Memory.readU32(this._ptr.add(8 * Process.pointerSize)); }, get flags() { return t(Z, Memory.readU32(this._ptr.add(8 * Process.pointerSize + 4))); }, get minimumWitnessTableSizeInWords() { if (!this.flags.IsResilient) throw new Error("minimum witness table size not known!"); return Memory.readU16(this._ptr.add(8 * Process.pointerSize + 8)); }, get defaultWitnessTableSizeInWords() { if (!this.flags.IsResilient) throw new Error("default witness table size not known!"); return Memory.readU16(this._ptr.add(8 * Process.pointerSize + 8)); }, get reserved() { return Memory.readU32(this._ptr.add(8 * Process.pointerSize + 12)); }, getDefaultWitnesses: function() { if (!this.flags.IsResilient) throw new Error("default witness table not known!"); return this._ptr.add(8 * Process.pointerSize + 16); } }; var Z = { IsSwift: 1, ClassConstraint: 2, DispatchStrategyMask: 60, DispatchStrategyShift: 2, SpecialProtocolMask: 960, SpecialProtocolShift: 6, IsResilient: 1024, _ObjCReserved: 4294901760 }, $ = { NumArgumentsMask: 16777215, ConventionMask: 251658240, ConventionShift: 24, ThrowsMask: 268435456 }, ee = { Swift: 0, Block: 1, Thin: 2, CFunctionPointer: 3 }, te = [ "swift", "block", "thin", "c" ], re = { HasParent: 1, HasGenericParent: 2 }; z.prototype = { get mangledName() { var e = O(this._ptr, !0); return x.MANGLING_PREFIX + "0" + Memory.readUtf8String(e); }, get clas() { if ("Class" !== this.getKind() && "Struct" !== this.getKind()) throw new Error("this nominal type descriptor has no class or struct metadata"); var e = this._ptr.add(4); return { _ptr: e, get numFields() { return Memory.readU32(e.add(0)); }, get fieldOffsetVectorOffset() { return Memory.readU32(e.add(4)); }, get fieldNames() { return O(e.add(8), !0); }, get getFieldTypes() { return O(e.add(12), !0); }, hasFieldOffsetVector: function() { return 0 !== this.fieldOffsetVectorOffset; } }; }, get struct() { if ("Struct" !== this.getKind()) throw new Error("this nominal type descriptor has no enum metadata"); return this.clas; }, get enum_() { var e = this._ptr.add(4); if ("Enum" !== this.getKind() && "Optional" !== this.getKind()) throw new Error("this nominal type descriptor has no enum metadata"); return { get numPayloadCasesAndPayloadSizeOffset() { return Memory.readU32(e.add(0)); }, get numEmptyCases() { return Memory.readU32(e.add(4)); }, get caseNames() { return O(e.add(8), !0); }, get getCaseTypes() { return O(e.add(12), !0); }, getNumPayloadCases: function() { return 16777215 & this.numPayloadCasesAndPayloadSizeOffset; }, getNumCases: function() { return this.getNumPayloadCases() + this.numEmptyCases; }, getPayloadSizeOffset: function() { return (4278190080 & this.numPayloadCasesAndPayloadSizeOffset) >> 24; }, hasPayloadSizeOffset: function() { return 0 !== this.getPayloadSizeOffset(); } }; }, get genericMetadataPatternAndKind() { return c(this._ptr.add(20)); }, get accessFunction() { return O(this._ptr.add(24), !0); }, getGenericMetadataPattern: function() { return new h(this.genericMetadataPatternAndKind.pointer); }, getKind: function() { return X[this.genericMetadataPatternAndKind.intVal]; }, get genericParams() { var e = this._ptr.add(28); return { get offset() { if (!this.isGeneric()) throw new Error("not generic!"); return Memory.readU32(e.add(0)); }, get numGenericRequirements() { return Memory.readU32(e.add(4)); }, get numPrimaryParams() { return Memory.readU32(e.add(8)); }, get flags() { return t(re, Memory.readU32(e.add(12))); }, hasGenericRequirements: function() { return this.numGenericRequirements > 0; }, isGeneric: function() { return this.hasGenericRequirements() || this.flags.HasGenericParent; } }; }, toString: function() { return "[TargetNominalType@" + this._ptr + ": " + this.mangledName + "]"; }, getGenericArgs: function(e) { var t = this.genericParams, r = []; if (t.hasGenericRequirements()) for (var n = t.offset << (0, q.default)(Process.pointerSize), i = 0; i < t.numPrimaryParams; i++) { var o = Memory.readPointer(e._ptr.add(n)); o.isNull() ? r.push(null) : r.push(new p(o)), n += Process.pointerSize; } return r; } }, N.prototype = { get _directType() { return O(this._record, !0); }, get _typeDescriptor() { return O(this._record, !0); }, get _flags() { return Memory.readUInt(this._record.add(4)); }, getTypeKind: function() { return (15 & this._flags) >>> 0; }, getDirectType: function() { switch (this.getTypeKind()) { case V.Universal: return null; case V.UniqueDirectType: case V.NonuniqueDirectType: case V.UniqueDirectClass: break; case V.UniqueIndirectClass: case V.UniqueNominalTypeDescriptor: throw new Error("not direct type metadata"); default: throw new Error("invalid type kind"); } return this._directType; }, getNominalTypeDescriptor: function() { switch (this.getTypeKind()) { case V.Universal: return null; case V.UniqueNominalTypeDescriptor: break; case V.UniqueDirectClass: case V.UniqueIndirectClass: case V.UniqueDirectType: case V.NonuniqueDirectType: throw new Error("not generic metadata pattern"); default: throw new Error("invalid type kind"); } return new z(this._typeDescriptor); }, getCanonicalTypeMetadata: function(e) { var t = null; switch (this.getTypeKind()) { case V.UniqueDirectType: t = this.getDirectType(); break; case V.NonuniqueDirectType: t = e.swift_getForeignTypeMetadata(this.getDirectType()); break; case V.UniqueDirectClass: var r = this.getDirectType(); r && (t = e.swift_getObjCClassMetadata(r)); } return null === t ? null : new p(t); } }, E.prototype = { get fixedSizeBuffer0() { return Memory.readPointer(this._ptr.add(0)); }, set fixedSizeBuffer0(e) { Memory.writePointer(this._ptr.add(0), e); }, get heapObject() { return new U(this.fixedSizeBuffer0); }, get fixedSizeBuffer1() { return Memory.readPointer(this._ptr.add(Process.pointerSize)); }, get fixedSizeBuffer2() { return Memory.readPointer(this._ptr.add(2 * Process.pointerSize)); }, get type() { return new p(Memory.readPointer(this._ptr.add(3 * Process.pointerSize))); }, set type(e) { Memory.writePointer(this._ptr.add(3 * Process.pointerSize), e._ptr); }, getWitnessTable: function(e) { return Memory.readPointer(this._ptr.add((4 + e) * Process.pointerSize)); }, setWitnessTable: function(e, t) { return Memory.writePointer(this._ptr.add((4 + e) * Process.pointerSize), t); } }, D.prototype = { get heapObject() { return new U(Memory.readPointer(this._ptr.add(0))); }, getWitnessTable: function(e) { return Memory.readPointer(this._ptr.add((1 + e) * Process.pointerSize)); } }, U.prototype = { get heapMetadata() { return new p(Memory.readPointer(this._ptr.add(0))); } }; var ne = { Class: 0, Any: 1 }; module.exports = { TargetMetadata: p, TargetClassMetadata: d, TargetProtocolConformanceRecord: a, TargetTypeMetadataRecord: N, TargetNominalTypeDescriptor: z, TargetFunctionTypeFlags: $, NominalTypeKind: X, TypeMetadataRecordKind: V, FieldTypeFlags: H, FunctionMetadataConvention: ee, FunctionConventionStrings: te, MetadataKind: J, OpaqueExistentialContainer: E, ClassExistentialContainer: D, ProtocolClassConstraint: ne, TargetProtocolDescriptor: S }; },{"./mangling":4,"babel-runtime/core-js/get-iterator":7,"babel-runtime/core-js/math/log2":9,"babel-runtime/core-js/object/create":10,"babel-runtime/core-js/object/entries":13}],6:[function(require,module,exports){ module.exports = { default: require("core-js/library/fn/array/from"), __esModule: !0 }; },{"core-js/library/fn/array/from":21}],7:[function(require,module,exports){ module.exports = { default: require("core-js/library/fn/get-iterator"), __esModule: !0 }; 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"entries" : "values", !t, !0), u(r); } }; },{"./_an-instance":38,"./_ctx":52,"./_descriptors":54,"./_for-of":59,"./_iter-define":71,"./_iter-step":73,"./_meta":76,"./_object-create":77,"./_object-dp":78,"./_redefine-all":91,"./_set-species":96,"./_validate-collection":108}],48:[function(require,module,exports){ var r = require("./_classof"), e = require("./_array-from-iterable"); module.exports = function(t) { return function() { if (r(this) != t) throw TypeError(t + "#toJSON isn't generic"); return e(this); }; }; },{"./_array-from-iterable":40,"./_classof":45}],49:[function(require,module,exports){ "use strict"; var e = require("./_global"), r = require("./_export"), t = require("./_meta"), i = require("./_fails"), o = require("./_hide"), n = require("./_redefine-all"), s = require("./_for-of"), u = require("./_an-instance"), a = require("./_is-object"), c = require("./_set-to-string-tag"), _ = require("./_object-dp").f, f = require("./_array-methods")(0), d = require("./_descriptors"); module.exports = function(p, q, l, h, g, v) { var y = e[p], E = y, b = g ? 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(E = q(function(e, r) { u(e, E, p, "_c"), e._c = new y(), void 0 != r && s(r, g, e[b], e); }), f("add,clear,delete,forEach,get,has,set,keys,values,entries,toJSON".split(","), function(e) { var r = "add" == e || "set" == e; e in m && (!v || "clear" != e) && o(E.prototype, e, function(t, i) { if (u(this, E, e), !r && v && !a(t)) return "get" == e && void 0; var o = this._c[e](0 === t ? 0 : t, i); return r ? this : o; }); }), v || _(E.prototype, "size", { get: function() { return this._c.size; } })) : (E = h.getConstructor(q, p, g, b), n(E.prototype, l), t.NEED = !0), c(E, p), x[p] = E, r(r.G + r.W + r.F, x), v || h.setStrong(E, p, g), E; }; },{"./_an-instance":38,"./_array-methods":42,"./_descriptors":54,"./_export":57,"./_fails":58,"./_for-of":59,"./_global":60,"./_hide":62,"./_is-object":68,"./_meta":76,"./_object-dp":78,"./_redefine-all":91,"./_set-to-string-tag":97}],50:[function(require,module,exports){ var e = module.exports = { version: "2.5.1" }; "number" == typeof __e && (__e = e); },{}],51:[function(require,module,exports){ "use strict"; var e = require("./_object-dp"), r = require("./_property-desc"); module.exports = function(t, i, o) { i in t ? e.f(t, i, r(0, o)) : t[i] = o; }; },{"./_object-dp":78,"./_property-desc":90}],52:[function(require,module,exports){ var r = require("./_a-function"); module.exports = function(n, t, u) { if (r(n), void 0 === t) return n; switch (u) { case 1: return function(r) { return n.call(t, r); }; case 2: return function(r, u) { return n.call(t, r, u); }; case 3: return function(r, u, e) { return n.call(t, r, u, e); }; } return function() { return n.apply(t, arguments); }; }; },{"./_a-function":36}],53:[function(require,module,exports){ module.exports = function(o) { if (void 0 == o) throw TypeError("Can't call method on " + o); return o; }; },{}],54:[function(require,module,exports){ module.exports = !require("./_fails")(function() { return 7 != Object.defineProperty({}, "a", { get: function() { return 7; } }).a; }); },{"./_fails":58}],55:[function(require,module,exports){ var e = require("./_is-object"), r = require("./_global").document, t = e(r) && e(r.createElement); module.exports = function(e) { return t ? r.createElement(e) : {}; }; },{"./_global":60,"./_is-object":68}],56:[function(require,module,exports){ module.exports = "constructor,hasOwnProperty,isPrototypeOf,propertyIsEnumerable,toLocaleString,toString,valueOf".split(","); },{}],57:[function(require,module,exports){ var e = require("./_global"), r = require("./_core"), n = require("./_ctx"), t = require("./_hide"), i = "prototype", u = function(o, c, a) { var f, l, s, p = o & u.F, v = o & u.G, h = o & u.S, w = o & u.P, q = o & u.B, y = o & u.W, _ = v ? r : r[c] || (r[c] = {}), d = _[i], F = v ? e : h ? e[c] : (e[c] || {})[i]; v && (a = c); for (f in a) (l = !p && F && void 0 !== F[f]) && f in _ || (s = l ? F[f] : a[f], _[f] = v && "function" != typeof F[f] ? a[f] : q && l ? n(s, e) : y && F[f] == s ? function(e) { var r = function(r, n, t) { if (this instanceof e) { switch (arguments.length) { case 0: return new e(); case 1: return new e(r); case 2: return new e(r, n); } return new e(r, n, t); } return e.apply(this, arguments); }; return r[i] = e[i], r; }(s) : w && "function" == typeof s ? n(Function.call, s) : s, w && ((_.virtual || (_.virtual = {}))[f] = s, o & u.R && d && !d[f] && t(d, f, s))); }; u.F = 1, u.G = 2, u.S = 4, u.P = 8, u.B = 16, u.W = 32, u.U = 64, u.R = 128, module.exports = u; },{"./_core":50,"./_ctx":52,"./_global":60,"./_hide":62}],58:[function(require,module,exports){ module.exports = function(r) { try { return !!r(); } catch (r) { return !0; } }; },{}],59:[function(require,module,exports){ var e = require("./_ctx"), r = require("./_iter-call"), t = require("./_is-array-iter"), i = require("./_an-object"), o = require("./_to-length"), n = require("./core.get-iterator-method"), u = {}, a = {}, f = module.exports = function(f, l, c, q, _) { var h, s, d, g, p = _ ? function() { return f; } : n(f), v = e(c, q, l ? 2 : 1), x = 0; if ("function" != typeof p) throw TypeError(f + " is not iterable!"); if (t(p)) { for (h = o(f.length); h > x; x++) if ((g = l ? v(i(s = f[x])[0], s[1]) : v(f[x])) === u || g === a) return g; } else for (d = p.call(f); !(s = d.next()).done; ) if ((g = r(d, v, s.value, l)) === u || g === a) return g; }; f.BREAK = u, f.RETURN = a; },{"./_an-object":39,"./_ctx":52,"./_is-array-iter":66,"./_iter-call":69,"./_to-length":104,"./core.get-iterator-method":110}],60:[function(require,module,exports){ var e = module.exports = "undefined" != typeof window && window.Math == Math ? window : "undefined" != typeof self && self.Math == Math ? self : Function("return this")(); "number" == typeof __g && (__g = e); },{}],61:[function(require,module,exports){ var r = {}.hasOwnProperty; module.exports = function(e, n) { return r.call(e, n); }; },{}],62:[function(require,module,exports){ var r = require("./_object-dp"), e = require("./_property-desc"); module.exports = require("./_descriptors") ? function(t, u, o) { return r.f(t, u, e(1, o)); } : function(r, e, t) { return r[e] = t, r; }; },{"./_descriptors":54,"./_object-dp":78,"./_property-desc":90}],63:[function(require,module,exports){ var e = require("./_global").document; module.exports = e && e.documentElement; },{"./_global":60}],64:[function(require,module,exports){ module.exports = !require("./_descriptors") && !require("./_fails")(function() { return 7 != Object.defineProperty(require("./_dom-create")("div"), "a", { get: function() { return 7; } }).a; }); },{"./_descriptors":54,"./_dom-create":55,"./_fails":58}],65:[function(require,module,exports){ var e = require("./_cof"); module.exports = Object("z").propertyIsEnumerable(0) ? Object : function(r) { return "String" == e(r) ? r.split("") : Object(r); }; },{"./_cof":46}],66:[function(require,module,exports){ var r = require("./_iterators"), e = require("./_wks")("iterator"), t = Array.prototype; module.exports = function(o) { return void 0 !== o && (r.Array === o || t[e] === o); }; },{"./_iterators":74,"./_wks":109}],67:[function(require,module,exports){ var r = require("./_cof"); module.exports = Array.isArray || function(e) { return "Array" == r(e); }; },{"./_cof":46}],68:[function(require,module,exports){ module.exports = function(o) { return "object" == typeof o ? null !== o : "function" == typeof o; }; },{}],69:[function(require,module,exports){ var r = require("./_an-object"); module.exports = function(t, e, o, a) { try { return a ? e(r(o)[0], o[1]) : e(o); } catch (e) { var c = t.return; throw void 0 !== c && r(c.call(t)), e; } }; },{"./_an-object":39}],70:[function(require,module,exports){ "use strict"; var e = require("./_object-create"), r = require("./_property-desc"), t = require("./_set-to-string-tag"), i = {}; require("./_hide")(i, require("./_wks")("iterator"), function() { return this; }), module.exports = function(o, u, s) { o.prototype = e(i, { next: r(1, s) }), t(o, u + " Iterator"); }; },{"./_hide":62,"./_object-create":77,"./_property-desc":90,"./_set-to-string-tag":97,"./_wks":109}],71:[function(require,module,exports){ "use strict"; var e = require("./_library"), r = require("./_export"), t = require("./_redefine"), i = require("./_hide"), n = require("./_has"), u = require("./_iterators"), s = require("./_iter-create"), o = require("./_set-to-string-tag"), a = require("./_object-gpo"), c = require("./_wks")("iterator"), f = !([].keys && "next" in [].keys()), q = "@@iterator", _ = "keys", l = "values", y = function() { return this; }; module.exports = function(h, p, k, v, w, d, x) { s(k, p, v); var b, g, j, m = function(e) { if (!f && e in O) return O[e]; switch (e) { case _: case l: return function() { return new k(this, e); }; } return function() { return new k(this, e); }; }, A = p + " Iterator", F = w == l, I = !1, O = h.prototype, P = O[c] || O[q] || w && O[w], z = P || m(w), B = w ? F ? m("entries") : z : void 0, C = "Array" == p ? O.entries || P : P; if (C && (j = a(C.call(new h()))) !== Object.prototype && j.next && (o(j, A, !0), e || n(j, c) || i(j, c, y)), F && P && P.name !== l && (I = !0, z = function() { return P.call(this); }), e && !x || !f && !I && O[c] || i(O, c, z), u[p] = z, u[A] = y, w) if (b = { values: F ? z : m(l), keys: d ? z : m(_), entries: B }, x) for (g in b) g in O || t(O, g, b[g]); else r(r.P + r.F * (f || I), p, b); return b; }; },{"./_export":57,"./_has":61,"./_hide":62,"./_iter-create":70,"./_iterators":74,"./_library":75,"./_object-gpo":83,"./_redefine":92,"./_set-to-string-tag":97,"./_wks":109}],72:[function(require,module,exports){ var r = require("./_wks")("iterator"), t = !1; try { var n = [ 7 ][r](); n.return = function() { t = !0; }, Array.from(n, function() { throw 2; }); } catch (r) {} module.exports = function(n, e) { if (!e && !t) return !1; var u = !1; try { var o = [ 7 ], c = o[r](); c.next = function() { return { done: u = !0 }; }, o[r] = function() { return c; }, n(o); } catch (r) {} return u; }; },{"./_wks":109}],73:[function(require,module,exports){ module.exports = function(e, n) { return { value: n, done: !!e }; }; },{}],74:[function(require,module,exports){ module.exports = {}; },{}],75:[function(require,module,exports){ module.exports = !0; },{}],76:[function(require,module,exports){ var e = require("./_uid")("meta"), r = require("./_is-object"), t = require("./_has"), n = require("./_object-dp").f, i = 0, u = Object.isExtensible || function() { return !0; }, f = !require("./_fails")(function() { return u(Object.preventExtensions({})); }), o = function(r) { n(r, e, { value: { i: "O" + ++i, w: {} } }); }, s = function(n, i) { if (!r(n)) return "symbol" == typeof n ? n : ("string" == typeof n ? "S" : "P") + n; if (!t(n, e)) { if (!u(n)) return "F"; if (!i) return "E"; o(n); } return n[e].i; }, c = function(r, n) { if (!t(r, e)) { if (!u(r)) return !0; if (!n) return !1; o(r); } return r[e].w; }, E = function(r) { return f && a.NEED && u(r) && !t(r, e) && o(r), r; }, a = module.exports = { KEY: e, NEED: !1, fastKey: s, getWeak: c, onFreeze: E }; },{"./_fails":58,"./_has":61,"./_is-object":68,"./_object-dp":78,"./_uid":107}],77:[function(require,module,exports){ var e = require("./_an-object"), r = require("./_object-dps"), t = require("./_enum-bug-keys"), n = require("./_shared-key")("IE_PROTO"), o = function() {}, i = "prototype", u = function() { var e, r = require("./_dom-create")("iframe"), n = t.length; for (r.style.display = "none", require("./_html").appendChild(r), r.src = "javascript:", e = r.contentWindow.document, e.open(), e.write("

Project: Disable Certificate Pinning Alamofire