https://agent.d-id.com/2.2.3/microsoft.cognitiveservices.speech.sdk-CSMA-GGv.js

1// 2.2.3
2import { d as k, g as Wp, e as Hp } from "./index-DVPerhZa.js";
3function Kp(t, e) {
4  for (var r = 0; r < e.length; r++) {
5    const s = e[r];
6    if (typeof s != "string" && !Array.isArray(s)) {
7      for (const p in s)
8        if (p !== "default" && !(p in t)) {
9          const a = Object.getOwnPropertyDescriptor(s, p);
10          a && Object.defineProperty(t, p, a.get ? a : {
11            enumerable: !0,
12            get: () => s[p]
13          });
14        }
15    }
16  }
17  return Object.freeze(Object.defineProperty(t, Symbol.toStringTag, { value: "Module" }));
18}
19var On = {}, on = {}, Jr = {}, an = {}, B = {}, Ge = {}, oe = {}, ma = {}, Vr = {}, Gr = {};
20Object.defineProperty(Gr, "__esModule", {
21  value: !0
22});
23Gr.default = Vp;
24let Fr;
25const Jp = new Uint8Array(16);
26function Vp() {
27  if (!Fr && (Fr = typeof crypto < "u" && crypto.getRandomValues && crypto.getRandomValues.bind(crypto), !Fr))
28    throw new Error("crypto.getRandomValues() not supported. See https://github.com/uuidjs/uuid#getrandomvalues-not-supported");
29  return Fr(Jp);
30}
31var Te = {}, Fe = {}, Qr = {};
32Object.defineProperty(Qr, "__esModule", {
33  value: !0
34});
35Qr.default = void 0;
36var Gp = /^(?:[0-9a-f]{8}-[0-9a-f]{4}-[1-5][0-9a-f]{3}-[89ab][0-9a-f]{3}-[0-9a-f]{12}|00000000-0000-0000-0000-000000000000)$/i;
37Qr.default = Gp;
38Object.defineProperty(Fe, "__esModule", {
39  value: !0
40});
41Fe.default = void 0;
42var Qp = Xp(Qr);
43function Xp(t) {
44  return t && t.__esModule ? t : { default: t };
45}
46function Yp(t) {
47  return typeof t == "string" && Qp.default.test(t);
48}
49var Zp = Yp;
50Fe.default = Zp;
51Object.defineProperty(Te, "__esModule", {
52  value: !0
53});
54Te.default = void 0;
55Te.unsafeStringify = Sa;
56var $p = eu(Fe);
57function eu(t) {
58  return t && t.__esModule ? t : { default: t };
59}
60const F = [];
61for (let t = 0; t < 256; ++t)
62  F.push((t + 256).toString(16).slice(1));
63function Sa(t, e = 0) {
64  return F[t[e + 0]] + F[t[e + 1]] + F[t[e + 2]] + F[t[e + 3]] + "-" + F[t[e + 4]] + F[t[e + 5]] + "-" + F[t[e + 6]] + F[t[e + 7]] + "-" + F[t[e + 8]] + F[t[e + 9]] + "-" + F[t[e + 10]] + F[t[e + 11]] + F[t[e + 12]] + F[t[e + 13]] + F[t[e + 14]] + F[t[e + 15]];
65}
66function tu(t, e = 0) {
67  const r = Sa(t, e);
68  if (!(0, $p.default)(r))
69    throw TypeError("Stringified UUID is invalid");
70  return r;
71}
72var ru = tu;
73Te.default = ru;
74Object.defineProperty(Vr, "__esModule", {
75  value: !0
76});
77Vr.default = void 0;
78var iu = su(Gr), nu = Te;
79function su(t) {
80  return t && t.__esModule ? t : { default: t };
81}
82let os, cn, pn = 0, un = 0;
83function ou(t, e, r) {
84  let s = e && r || 0;
85  const p = e || new Array(16);
86  t = t || {};
87  let a = t.node || os, n = t.clockseq !== void 0 ? t.clockseq : cn;
88  if (a == null || n == null) {
89    const d = t.random || (t.rng || iu.default)();
90    a == null && (a = os = [d[0] | 1, d[1], d[2], d[3], d[4], d[5]]), n == null && (n = cn = (d[6] << 8 | d[7]) & 16383);
91  }
92  let i = t.msecs !== void 0 ? t.msecs : Date.now(), o = t.nsecs !== void 0 ? t.nsecs : un + 1;
93  const c = i - pn + (o - un) / 1e4;
94  if (c < 0 && t.clockseq === void 0 && (n = n + 1 & 16383), (c < 0 || i > pn) && t.nsecs === void 0 && (o = 0), o >= 1e4)
95    throw new Error("uuid.v1(): Can't create more than 10M uuids/sec");
96  pn = i, un = o, cn = n, i += 122192928e5;
97  const u = ((i & 268435455) * 1e4 + o) % 4294967296;
98  p[s++] = u >>> 24 & 255, p[s++] = u >>> 16 & 255, p[s++] = u >>> 8 & 255, p[s++] = u & 255;
99  const h = i / 4294967296 * 1e4 & 268435455;
100  p[s++] = h >>> 8 & 255, p[s++] = h & 255, p[s++] = h >>> 24 & 15 | 16, p[s++] = h >>> 16 & 255, p[s++] = n >>> 8 | 128, p[s++] = n & 255;
101  for (let d = 0; d < 6; ++d)
102    p[s + d] = a[d];
103  return e || (0, nu.unsafeStringify)(p);
104}
105var au = ou;
106Vr.default = au;
107var Xr = {}, Re = {}, _r = {};
108Object.defineProperty(_r, "__esModule", {
109  value: !0
110});
111_r.default = void 0;
112var cu = pu(Fe);
113function pu(t) {
114  return t && t.__esModule ? t : { default: t };
115}
116function uu(t) {
117  if (!(0, cu.default)(t))
118    throw TypeError("Invalid UUID");
119  let e;
120  const r = new Uint8Array(16);
121  return r[0] = (e = parseInt(t.slice(0, 8), 16)) >>> 24, r[1] = e >>> 16 & 255, r[2] = e >>> 8 & 255, r[3] = e & 255, r[4] = (e = parseInt(t.slice(9, 13), 16)) >>> 8, r[5] = e & 255, r[6] = (e = parseInt(t.slice(14, 18), 16)) >>> 8, r[7] = e & 255, r[8] = (e = parseInt(t.slice(19, 23), 16)) >>> 8, r[9] = e & 255, r[10] = (e = parseInt(t.slice(24, 36), 16)) / 1099511627776 & 255, r[11] = e / 4294967296 & 255, r[12] = e >>> 24 & 255, r[13] = e >>> 16 & 255, r[14] = e >>> 8 & 255, r[15] = e & 255, r;
122}
123var hu = uu;
124_r.default = hu;
125Object.defineProperty(Re, "__esModule", {
126  value: !0
127});
128Re.URL = Re.DNS = void 0;
129Re.default = gu;
130var du = Te, vu = lu(_r);
131function lu(t) {
132  return t && t.__esModule ? t : { default: t };
133}
134function fu(t) {
135  t = unescape(encodeURIComponent(t));
136  const e = [];
137  for (let r = 0; r < t.length; ++r)
138    e.push(t.charCodeAt(r));
139  return e;
140}
141const Ca = "6ba7b810-9dad-11d1-80b4-00c04fd430c8";
142Re.DNS = Ca;
143const ya = "6ba7b811-9dad-11d1-80b4-00c04fd430c8";
144Re.URL = ya;
145function gu(t, e, r) {
146  function s(p, a, n, i) {
147    var o;
148    if (typeof p == "string" && (p = fu(p)), typeof a == "string" && (a = (0, vu.default)(a)), ((o = a) === null || o === void 0 ? void 0 : o.length) !== 16)
149      throw TypeError("Namespace must be array-like (16 iterable integer values, 0-255)");

150    let c = new Uint8Array(16 + p.length);
151    if (c.set(a), c.set(p, a.length), c = r(c), c[6] = c[6] & 15 | e, c[8] = c[8] & 63 | 128, n) {
152      i = i || 0;
153      for (let u = 0; u < 16; ++u)
154        n[i + u] = c[u];
155      return n;
156    }
157    return (0, du.unsafeStringify)(c);
158  }
159  try {
160    s.name = t;
161  } catch {
162  }
163  return s.DNS = Ca, s.URL = ya, s;
164}
165var Yr = {};
166Object.defineProperty(Yr, "__esModule", {
167  value: !0
168});
169Yr.default = void 0;
170function mu(t) {
171  if (typeof t == "string") {
172    const e = unescape(encodeURIComponent(t));
173    t = new Uint8Array(e.length);
174    for (let r = 0; r < e.length; ++r)
175      t[r] = e.charCodeAt(r);
176  }
177  return Su(Cu(yu(t), t.length * 8));
178}
179function Su(t) {
180  const e = [], r = t.length * 32, s = "0123456789abcdef";
181  for (let p = 0; p < r; p += 8) {
182    const a = t[p >> 5] >>> p % 32 & 255, n = parseInt(s.charAt(a >>> 4 & 15) + s.charAt(a & 15), 16);
183    e.push(n);
184  }
185  return e;
186}
187function Pa(t) {
188  return (t + 64 >>> 9 << 4) + 14 + 1;
189}
190function Cu(t, e) {
191  t[e >> 5] |= 128 << e % 32, t[Pa(e) - 1] = e;
192  let r = 1732584193, s = -271733879, p = -1732584194, a = 271733878;
193  for (let n = 0; n < t.length; n += 16) {
194    const i = r, o = s, c = p, u = a;
195    r = K(r, s, p, a, t[n], 7, -680876936), a = K(a, r, s, p, t[n + 1], 12, -389564586), p = K(p, a, r, s, t[n + 2], 17, 606105819), s = K(s, p, a, r, t[n + 3], 22, -1044525330), r = K(r, s, p, a, t[n + 4], 7, -176418897), a = K(a, r, s, p, t[n + 5], 12, 1200080426), p = K(p, a, r, s, t[n + 6], 17, -1473231341), s = K(s, p, a, r, t[n + 7], 22, -45705983), r = K(r, s, p, a, t[n + 8], 7, 1770035416), a = K(a, r, s, p, t[n + 9], 12, -1958414417), p = K(p, a, r, s, t[n + 10], 17, -42063), s = K(s, p, a, r, t[n + 11], 22, -1990404162), r = K(r, s, p, a, t[n + 12], 7, 1804603682), a = K(a, r, s, p, t[n + 13], 12, -40341101), p = K(p, a, r, s, t[n + 14], 17, -1502002290), s = K(s, p, a, r, t[n + 15], 22, 1236535329), r = J(r, s, p, a, t[n + 1], 5, -165796510), a = J(a, r, s, p, t[n + 6], 9, -1069501632), p = J(p, a, r, s, t[n + 11], 14, 643717713), s = J(s, p, a, r, t[n], 20, -373897302), r = J(r, s, p, a, t[n + 5], 5, -701558691), a = J(a, r, s, p, t[n + 10], 9, 38016083), p = J(p, a, r, s, t[n + 15], 14, -660478335), s = J(s, p, a, r, t[n + 4], 20, -405537848), r = J(r, s, p, a, t[n + 9], 5, 568446438), a = J(a, r, s, p, t[n + 14], 9, -1019803690), p = J(p, a, r, s, t[n + 3], 14, -187363961), s = J(s, p, a, r, t[n + 8], 20, 1163531501), r = J(r, s, p, a, t[n + 13], 5, -1444681467), a = J(a, r, s, p, t[n + 2], 9, -51403784), p = J(p, a, r, s, t[n + 7], 14, 1735328473), s = J(s, p, a, r, t[n + 12], 20, -1926607734), r = V(r, s, p, a, t[n + 5], 4, -378558), a = V(a, r, s, p, t[n + 8], 11, -2022574463), p = V(p, a, r, s, t[n + 11], 16, 1839030562), s = V(s, p, a, r, t[n + 14], 23, -35309556), r = V(r, s, p, a, t[n + 1], 4, -1530992060), a = V(a, r, s, p, t[n + 4], 11, 1272893353), p = V(p, a, r, s, t[n + 7], 16, -155497632), s = V(s, p, a, r, t[n + 10], 23, -1094730640), r = V(r, s, p, a, t[n + 13], 4, 681279174), a = V(a, r, s, p, t[n], 11, -358537222), p = V(p, a, r, s, t[n + 3], 16, -722521979), s = V(s, p, a, r, t[n + 6], 23, 76029189), r = V(r, s, p, a, t[n + 9], 4, -640364487), a = V(a, r, s, p, t[n + 12], 11, -421815835), p = V(p, a, r, s, t[n + 15], 16, 530742520), s = V(s, p, a, r, t[n + 2], 23, -995338651), r = G(r, s, p, a, t[n], 6, -198630844), a = G(a, r, s, p, t[n + 7], 10, 1126891415), p = G(p, a, r, s, t[n + 14], 15, -1416354905), s = G(s, p, a, r, t[n + 5], 21, -57434055), r = G(r, s, p, a, t[n + 12], 6, 1700485571), a = G(a, r, s, p, t[n + 3], 10, -1894986606), p = G(p, a, r, s, t[n + 10], 15, -1051523), s = G(s, p, a, r, t[n + 1], 21, -2054922799), r = G(r, s, p, a, t[n + 8], 6, 1873313359), a = G(a, r, s, p, t[n + 15], 10, -30611744), p = G(p, a, r, s, t[n + 6], 15, -1560198380), s = G(s, p, a, r, t[n + 13], 21, 1309151649), r = G(r, s, p, a, t[n + 4], 6, -145523070), a = G(a, r, s, p, t[n + 11], 10, -1120210379), p = G(p, a, r, s, t[n + 2], 15, 718787259), s = G(s, p, a, r, t[n + 9], 21, -343485551), r = ye(r, i), s = ye(s, o), p = ye(p, c), a = ye(a, u);
196  }
197  return [r, s, p, a];
198}
199function yu(t) {
200  if (t.length === 0)
201    return [];
202  const e = t.length * 8, r = new Uint32Array(Pa(e));
203  for (let s = 0; s < e; s += 8)
204    r[s >> 5] |= (t[s / 8] & 255) << s % 32;
205  return r;
206}
207function ye(t, e) {
208  const r = (t & 65535) + (e & 65535);
209  return (t >> 16) + (e >> 16) + (r >> 16) << 16 | r & 65535;
210}
211function Pu(t, e) {
212  return t << e | t >>> 32 - e;
213}
214function Zr(t, e, r, s, p, a) {
215  return ye(Pu(ye(ye(e, t), ye(s, a)), p), r);
216}
217function K(t, e, r, s, p, a, n) {
218  return Zr(e & r | ~e & s, t, e, p, a, n);
219}
220function J(t, e, r, s, p, a, n) {
221  return Zr(e & s | r & ~s, t, e, p, a, n);
222}
223function V(t, e, r, s, p, a, n) {
224  return Zr(e ^ r ^ s, t, e, p, a, n);
225}
226function G(t, e, r, s, p, a, n) {
227  return Zr(r ^ (e | ~s), t, e, p, a, n);
228}
229var Ru = mu;
230Yr.default = Ru;
231Object.defineProperty(Xr, "__esModule", {
232  value: !0
233});
234Xr.default = void 0;
235var Eu = Ra(Re), Tu = Ra(Yr);
236function Ra(t) {
237  return t && t.__esModule ? t : { default: t };
238}
239const Au = (0, Eu.default)("v3", 48, Tu.default);
240var Iu = Au;
241Xr.default = Iu;
242var $r = {}, ei = {};
243Object.defineProperty(ei, "__esModule", {
244  value: !0
245});
246ei.default = void 0;
247const wu = typeof crypto < "u" && crypto.randomUUID && crypto.randomUUID.bind(crypto);
248var _u = {
249  randomUUID: wu
250};
251ei.default = _u;
252Object.defineProperty($r, "__esModule", {
253  value: !0
254});
255$r.default = void 0;
256var as = Ea(ei), bu = Ea(Gr), Mu = Te;
257function Ea(t) {
258  return t && t.__esModule ? t : { default: t };
259}
260function Ou(t, e, r) {
261  if (as.default.randomUUID && !e && !t)
262    return as.default.randomUUID();
263  t = t || {};
264  const s = t.random || (t.rng || bu.default)();
265  if (s[6] = s[6] & 15 | 64, s[8] = s[8] & 63 | 128, e) {
266    r = r || 0;
267    for (let p = 0; p < 16; ++p)
268      e[r + p] = s[p];
269    return e;
270  }
271  return (0, Mu.unsafeStringify)(s);
272}
273var Du = Ou;
274$r.default = Du;
275var ti = {}, ri = {};
276Object.defineProperty(ri, "__esModule", {
277  value: !0
278});
279ri.default = void 0;
280function ku(t, e, r, s) {
281  switch (t) {
282    case 0:
283      return e & r ^ ~e & s;
284    case 1:
285      return e ^ r ^ s;
286    case 2:
287      return e & r ^ e & s ^ r & s;
288    case 3:
289      return e ^ r ^ s;
290  }
291}
292function hn(t, e) {
293  return t << e | t >>> 32 - e;
294}
295function Nu(t) {
296  const e = [1518500249, 1859775393, 2400959708, 3395469782], r = [1732584193, 4023233417, 2562383102, 271733878, 3285377520];
297  if (typeof t == "string") {
298    const n = unescape(encodeURIComponent(t));
299    t = [];
300    for (let i = 0; i < n.length; ++i)
301      t.push(n.charCodeAt(i));
302  } else Array.isArray(t) || (t = Array.prototype.slice.call(t));
303  t.push(128);
304  const s = t.length / 4 + 2, p = Math.ceil(s / 16), a = new Array(p);
305  for (let n = 0; n < p; ++n) {
306    const i = new Uint32Array(16);
307    for (let o = 0; o < 16; ++o)
308      i[o] = t[n * 64 + o * 4] << 24 | t[n * 64 + o * 4 + 1] << 16 | t[n * 64 + o * 4 + 2] << 8 | t[n * 64 + o * 4 + 3];
309    a[n] = i;
310  }

311  a[p - 1][14] = (t.length - 1) * 8 / Math.pow(2, 32), a[p - 1][14] = Math.floor(a[p - 1][14]), a[p - 1][15] = (t.length - 1) * 8 & 4294967295;
312  for (let n = 0; n < p; ++n) {
313    const i = new Uint32Array(80);
314    for (let v = 0; v < 16; ++v)
315      i[v] = a[n][v];
316    for (let v = 16; v < 80; ++v)
317      i[v] = hn(i[v - 3] ^ i[v - 8] ^ i[v - 14] ^ i[v - 16], 1);
318    let o = r[0], c = r[1], u = r[2], h = r[3], d = r[4];
319    for (let v = 0; v < 80; ++v) {
320      const f = Math.floor(v / 20), m = hn(o, 5) + ku(f, c, u, h) + d + e[f] + i[v] >>> 0;
321      d = h, h = u, u = hn(c, 30) >>> 0, c = o, o = m;
322    }
323    r[0] = r[0] + o >>> 0, r[1] = r[1] + c >>> 0, r[2] = r[2] + u >>> 0, r[3] = r[3] + h >>> 0, r[4] = r[4] + d >>> 0;
324  }
325  return [r[0] >> 24 & 255, r[0] >> 16 & 255, r[0] >> 8 & 255, r[0] & 255, r[1] >> 24 & 255, r[1] >> 16 & 255, r[1] >> 8 & 255, r[1] & 255, r[2] >> 24 & 255, r[2] >> 16 & 255, r[2] >> 8 & 255, r[2] & 255, r[3] >> 24 & 255, r[3] >> 16 & 255, r[3] >> 8 & 255, r[3] & 255, r[4] >> 24 & 255, r[4] >> 16 & 255, r[4] >> 8 & 255, r[4] & 255];
326}
327var zu = Nu;
328ri.default = zu;
329Object.defineProperty(ti, "__esModule", {
330  value: !0
331});
332ti.default = void 0;
333var ju = Ta(Re), Lu = Ta(ri);
334function Ta(t) {
335  return t && t.__esModule ? t : { default: t };
336}
337const Bu = (0, ju.default)("v5", 80, Lu.default);
338var qu = Bu;
339ti.default = qu;
340var ii = {};
341Object.defineProperty(ii, "__esModule", {
342  value: !0
343});
344ii.default = void 0;
345var Fu = "00000000-0000-0000-0000-000000000000";
346ii.default = Fu;
347var ni = {};
348Object.defineProperty(ni, "__esModule", {
349  value: !0
350});
351ni.default = void 0;
352var Uu = xu(Fe);
353function xu(t) {
354  return t && t.__esModule ? t : { default: t };
355}
356function Wu(t) {
357  if (!(0, Uu.default)(t))
358    throw TypeError("Invalid UUID");
359  return parseInt(t.slice(14, 15), 16);
360}
361var Hu = Wu;
362ni.default = Hu;
363(function(t) {
364  Object.defineProperty(t, "__esModule", {
365    value: !0
366  }), Object.defineProperty(t, "NIL", {
367    enumerable: !0,
368    get: function() {
369      return a.default;
370    }
371  }), Object.defineProperty(t, "parse", {
372    enumerable: !0,
373    get: function() {
374      return c.default;
375    }
376  }), Object.defineProperty(t, "stringify", {
377    enumerable: !0,
378    get: function() {
379      return o.default;
380    }
381  }), Object.defineProperty(t, "v1", {
382    enumerable: !0,
383    get: function() {
384      return e.default;
385    }
386  }), Object.defineProperty(t, "v3", {
387    enumerable: !0,
388    get: function() {
389      return r.default;
390    }
391  }), Object.defineProperty(t, "v4", {
392    enumerable: !0,
393    get: function() {
394      return s.default;
395    }
396  }), Object.defineProperty(t, "v5", {
397    enumerable: !0,
398    get: function() {
399      return p.default;
400    }
401  }), Object.defineProperty(t, "validate", {
402    enumerable: !0,
403    get: function() {
404      return i.default;
405    }
406  }), Object.defineProperty(t, "version", {
407    enumerable: !0,
408    get: function() {
409      return n.default;
410    }
411  });
412  var e = u(Vr), r = u(Xr), s = u($r), p = u(ti), a = u(ii), n = u(ni), i = u(Fe), o = u(Te), c = u(_r);
413  function u(h) {
414    return h && h.__esModule ? h : { default: h };
415  }
416})(ma);
417Object.defineProperty(oe, "__esModule", { value: !0 });
418oe.createNoDashGuid = oe.createGuid = void 0;
419const Ku = ma, Aa = () => (0, Ku.v4)();
420oe.createGuid = Aa;
421const Ju = () => Aa().replace(new RegExp("-", "g"), "").toUpperCase();
422oe.createNoDashGuid = Ju;
423(function(t) {
424  Object.defineProperty(t, "__esModule", { value: !0 }), t.PlatformEvent = t.EventType = void 0;
425  const e = oe;
426  (function(s) {
427    s[s.Debug = 0] = "Debug", s[s.Info = 1] = "Info", s[s.Warning = 2] = "Warning", s[s.Error = 3] = "Error", s[s.None = 4] = "None";
428  })(t.EventType || (t.EventType = {}));
429  class r {
430    constructor(p, a) {
431      this.privName = p, this.privEventId = (0, e.createNoDashGuid)(), this.privEventTime = (/* @__PURE__ */ new Date()).toISOString(), this.privEventType = a, this.privMetadata = {};
432    }
433    get name() {
434      return this.privName;
435    }
436    get eventId() {
437      return this.privEventId;
438    }
439    get eventTime() {
440      return this.privEventTime;
441    }
442    get eventType() {
443      return this.privEventType;
444    }
445    get metadata() {
446      return this.privMetadata;
447    }
448  }
449  t.PlatformEvent = r;
450})(Ge);
451Object.defineProperty(B, "__esModule", { value: !0 });
452B.AudioStreamNodeErrorEvent = B.AudioStreamNodeDetachedEvent = B.AudioStreamNodeAttachedEvent = B.AudioStreamNodeAttachingEvent = B.AudioStreamNodeEvent = B.AudioSourceErrorEvent = B.AudioSourceOffEvent = B.AudioSourceReadyEvent = B.AudioSourceInitializingEvent = B.AudioSourceEvent = void 0;
453const In = Ge;
454class Qe extends In.PlatformEvent {
455  constructor(e, r, s = In.EventType.Info) {
456    super(e, s), this.privAudioSourceId = r;
457  }
458  get audioSourceId() {
459    return this.privAudioSourceId;
460  }
461}
462B.AudioSourceEvent = Qe;
463class Vu extends Qe {

464  constructor(e) {
465    super("AudioSourceInitializingEvent", e);
466  }
467}
468B.AudioSourceInitializingEvent = Vu;
469class Gu extends Qe {
470  constructor(e) {
471    super("AudioSourceReadyEvent", e);
472  }
473}
474B.AudioSourceReadyEvent = Gu;
475class Qu extends Qe {
476  constructor(e) {
477    super("AudioSourceOffEvent", e);
478  }
479}
480B.AudioSourceOffEvent = Qu;
481class Xu extends Qe {
482  constructor(e, r) {
483    super("AudioSourceErrorEvent", e, In.EventType.Error), this.privError = r;
484  }
485  get error() {
486    return this.privError;
487  }
488}
489B.AudioSourceErrorEvent = Xu;
490class br extends Qe {
491  constructor(e, r, s) {
492    super(e, r), this.privAudioNodeId = s;
493  }
494  get audioNodeId() {
495    return this.privAudioNodeId;
496  }
497}
498B.AudioStreamNodeEvent = br;
499class Yu extends br {
500  constructor(e, r) {
501    super("AudioStreamNodeAttachingEvent", e, r);
502  }
503}
504B.AudioStreamNodeAttachingEvent = Yu;
505class Zu extends br {
506  constructor(e, r) {
507    super("AudioStreamNodeAttachedEvent", e, r);
508  }
509}
510B.AudioStreamNodeAttachedEvent = Zu;
511class $u extends br {
512  constructor(e, r) {
513    super("AudioStreamNodeDetachedEvent", e, r);
514  }
515}
516B.AudioStreamNodeDetachedEvent = $u;
517class eh extends br {
518  constructor(e, r, s) {
519    super("AudioStreamNodeErrorEvent", e, r), this.privError = s;
520  }
521  get error() {
522    return this.privError;
523  }
524}
525B.AudioStreamNodeErrorEvent = eh;
526var q = {};
527Object.defineProperty(q, "__esModule", { value: !0 });
528q.ConnectionRedirectEvent = q.ConnectionMessageSentEvent = q.ConnectionMessageReceivedEvent = q.ConnectionEstablishErrorEvent = q.ConnectionErrorEvent = q.ConnectionClosedEvent = q.ConnectionEstablishedEvent = q.ConnectionStartEvent = q.ConnectionEvent = q.ServiceEvent = void 0;
529const Ee = Ge;

530class th extends Ee.PlatformEvent {
531  constructor(e, r, s = Ee.EventType.Info) {
532    super(e, s), this.privJsonResult = r;
533  }
534  get jsonString() {
535    return this.privJsonResult;
536  }
537}
538q.ServiceEvent = th;
539class me extends Ee.PlatformEvent {
540  constructor(e, r, s = Ee.EventType.Info) {
541    super(e, s), this.privConnectionId = r;
542  }
543  get connectionId() {
544    return this.privConnectionId;
545  }
546}
547q.ConnectionEvent = me;
548class rh extends me {
549  constructor(e, r, s) {
550    super("ConnectionStartEvent", e), this.privUri = r, this.privHeaders = s;
551  }
552  get uri() {
553    return this.privUri;
554  }
555  get headers() {
556    return this.privHeaders;
557  }
558}
559q.ConnectionStartEvent = rh;
560class ih extends me {
561  constructor(e) {
562    super("ConnectionEstablishedEvent", e);
563  }
564}
565q.ConnectionEstablishedEvent = ih;
566class nh extends me {
567  constructor(e, r, s) {
568    super("ConnectionClosedEvent", e, Ee.EventType.Debug), this.privReason = s, this.privStatusCode = r;
569  }
570  get reason() {
571    return this.privReason;
572  }
573  get statusCode() {
574    return this.privStatusCode;
575  }
576}
577q.ConnectionClosedEvent = nh;
578class sh extends me {
579  constructor(e, r, s) {
580    super("ConnectionErrorEvent", e, Ee.EventType.Debug), this.privMessage = r, this.privType = s;
581  }
582  get message() {
583    return this.privMessage;
584  }
585  get type() {
586    return this.privType;
587  }
588}
589q.ConnectionErrorEvent = sh;
590class oh extends me {
591  constructor(e, r, s) {
592    super("ConnectionEstablishErrorEvent", e, Ee.EventType.Error), this.privStatusCode = r, this.privReason = s;
593  }
594  get reason() {
595    return this.privReason;
596  }
597  get statusCode() {
598    return this.privStatusCode;
599  }
600}
601q.ConnectionEstablishErrorEvent = oh;
602class ah extends me {
603  constructor(e, r, s) {
604    super("ConnectionMessageReceivedEvent", e), this.privNetworkReceivedTime = r, this.privMessage = s;
605  }
606  get networkReceivedTime() {
607    return this.privNetworkReceivedTime;
608  }
609  get message() {
610    return this.privMessage;
611  }
612}
613q.ConnectionMessageReceivedEvent = ah;
614class ch extends me {
615  constructor(e, r, s) {
616    super("ConnectionMessageSentEvent", e), this.privNetworkSentTime = r, this.privMessage = s;
617  }
618  get networkSentTime() {
619    return this.privNetworkSentTime;
620  }
621  get message() {
622    return this.privMessage;
623  }
624}
625q.ConnectionMessageSentEvent = ch;
626class ph extends me {
627  constructor(e, r, s, p) {
628    super("ConnectionRedirectEvent", e, Ee.EventType.Info), this.privRedirectUrl = r, this.privOriginalUrl = s, this.privContext = p;
629  }
630  get redirectUrl() {
631    return this.privRedirectUrl;
632  }
633  get originalUrl() {
634    return this.privOriginalUrl;
635  }
636  get context() {
637    return this.privContext;
638  }
639}
640q.ConnectionRedirectEvent = ph;
641var Dn = {}, x = {};
642Object.defineProperty(x, "__esModule", { value: !0 });
643x.ObjectDisposedError = x.InvalidOperationError = x.ArgumentNullError = void 0;
644class uh extends Error {
645  /**
646   * Creates an instance of ArgumentNullError.
647   *
648   * @param {string} argumentName - Name of the argument that is null
649   *
650   * @memberOf ArgumentNullError
651   */
652  constructor(e) {
653    super(e), this.name = "ArgumentNull", this.message = e;
654  }
655}
656x.ArgumentNullError = uh;
657class hh extends Error {
658  /**
659   * Creates an instance of InvalidOperationError.
660   *
661   * @param {string} error - The error
662   *
663   * @memberOf InvalidOperationError
664   */
665  constructor(e) {
666    super(e), this.name = "InvalidOperation", this.message = e;
667  }
668}
669x.InvalidOperationError = hh;
670class dh extends Error {
671  /**
672   * Creates an instance of ObjectDisposedError.
673   *
674   * @param {string} objectName - The object that is disposed
675   * @param {string} error - The error
676   *
677   * @memberOf ObjectDisposedError
678   */
679  constructor(e, r) {
680    super(r), this.name = e + "ObjectDisposed", this.message = r;
681  }
682}
683x.ObjectDisposedError = dh;
684(function(t) {
685  Object.defineProperty(t, "__esModule", { value: !0 }), t.ConnectionMessage = t.MessageType = void 0;
686  const e = x, r = oe;
687  var s;
688  (function(a) {
689    a[a.Text = 0] = "Text", a[a.Binary = 1] = "Binary";
690  })(s = t.MessageType || (t.MessageType = {}));
691  class p {
692    constructor(n, i, o, c) {
693      if (this.privBody = null, n === s.Text && i && typeof i != "string")
694        throw new e.InvalidOperationError("Payload must be a string");
695      if (n === s.Binary && i && !(i instanceof ArrayBuffer))
696        throw new e.InvalidOperationError("Payload must be ArrayBuffer");

697      switch (this.privMessageType = n, this.privBody = i, this.privHeaders = o || {}, this.privId = c || (0, r.createNoDashGuid)(), this.messageType) {
698        case s.Binary:
699          this.privSize = this.binaryBody !== null ? this.binaryBody.byteLength : 0;
700          break;
701        case s.Text:
702          this.privSize = this.textBody.length;
703      }
704    }
705    get messageType() {
706      return this.privMessageType;
707    }
708    get headers() {
709      return this.privHeaders;
710    }
711    get body() {
712      return this.privBody;
713    }
714    get textBody() {
715      if (this.privMessageType === s.Binary)
716        throw new e.InvalidOperationError("Not supported for binary message");
717      return this.privBody;
718    }
719    get binaryBody() {
720      if (this.privMessageType === s.Text)
721        throw new e.InvalidOperationError("Not supported for text message");
722      return this.privBody;
723    }
724    get id() {
725      return this.privId;
726    }
727  }
728  t.ConnectionMessage = p;
729})(Dn);
730var si = {};
731Object.defineProperty(si, "__esModule", { value: !0 });
732si.ConnectionOpenResponse = void 0;
733class vh {
734  constructor(e, r) {
735    this.privStatusCode = e, this.privReason = r;
736  }
737  get statusCode() {
738    return this.privStatusCode;
739  }
740  get reason() {
741    return this.privReason;
742  }
743}
744si.ConnectionOpenResponse = vh;
745var oi = {};
746Object.defineProperty(oi, "__esModule", { value: !0 });
747oi.DeferralMap = void 0;
748class lh {
749  constructor() {
750    this.privMap = {};
751  }
752  add(e, r) {
753    this.privMap[e] = r;
754  }
755  getId(e) {
756    return this.privMap[e];
757  }
758  complete(e, r) {
759    try {
760      this.privMap[e].resolve(r);
761    } catch (s) {
762      this.privMap[e].reject(s);
763    } finally {
764      this.privMap[e] = void 0;
765    }
766  }
767}
768oi.DeferralMap = lh;
769var qe = {};
770Object.defineProperty(qe, "__esModule", { value: !0 });
771qe.SendingAgentContextMessageEvent = qe.DialogEvent = void 0;
772const cs = Ge;
773class Ia extends cs.PlatformEvent {
774  constructor(e, r = cs.EventType.Info) {
775    super(e, r);
776  }
777}
778qe.DialogEvent = Ia;
779class fh extends Ia {
780  constructor(e) {
781    super("SendingAgentContextMessageEvent"), this.privAgentConfig = e;
782  }
783  get agentConfig() {
784    return this.privAgentConfig;
785  }
786}
787qe.SendingAgentContextMessageEvent = fh;
788var ai = {}, Mr = {};
789Object.defineProperty(Mr, "__esModule", { value: !0 });
790Mr.EventSource = void 0;
791const gh = x, mh = oe;
792class Sh {
793  constructor(e) {
794    this.privEventListeners = {}, this.privIsDisposed = !1, this.privConsoleListener = void 0, this.privMetadata = e;
795  }
796  onEvent(e) {
797    if (this.isDisposed())
798      throw new gh.ObjectDisposedError("EventSource");
799    if (this.metadata)
800      for (const r in this.metadata)
801        r && e.metadata && (e.metadata[r] || (e.metadata[r] = this.metadata[r]));
802    for (const r in this.privEventListeners)
803      r && this.privEventListeners[r] && this.privEventListeners[r](e);
804  }
805  attach(e) {
806    const r = (0, mh.createNoDashGuid)();
807    return this.privEventListeners[r] = e, {
808      detach: () => (delete this.privEventListeners[r], Promise.resolve())
809    };
810  }
811  attachListener(e) {
812    return this.attach((r) => e.onEvent(r));
813  }
814  attachConsoleListener(e) {
815    return this.privConsoleListener && this.privConsoleListener.detach(), this.privConsoleListener = this.attach((r) => e.onEvent(r)), this.privConsoleListener;
816  }
817  isDisposed() {
818    return this.privIsDisposed;
819  }
820  dispose() {
821    this.privEventListeners = null, this.privIsDisposed = !0;
822  }
823  get metadata() {
824    return this.privMetadata;
825  }
826}
827Mr.EventSource = Sh;
828Object.defineProperty(ai, "__esModule", { value: !0 });
829ai.Events = void 0;
830const Ch = x, yh = Mr;
831class Ar {
832  static setEventSource(e) {
833    if (!e)
834      throw new Ch.ArgumentNullError("eventSource");
835    Ar.privInstance = e;
836  }
837  static get instance() {
838    return Ar.privInstance;
839  }
840}
841ai.Events = Ar;
842Ar.privInstance = new yh.EventSource();
843var wa = {};
844Object.defineProperty(wa, "__esModule", { value: !0 });
845var _a = {};
846(function(t) {
847  Object.defineProperty(t, "__esModule", { value: !0 }), t.ConnectionState = void 0, function(e) {
848    e[e.None = 0] = "None", e[e.Connected = 1] = "Connected", e[e.Connecting = 2] = "Connecting", e[e.Disconnected = 3] = "Disconnected";
849  }(t.ConnectionState || (t.ConnectionState = {}));
850})(_a);
851var ba = {};
852Object.defineProperty(ba, "__esModule", { value: !0 });
853var Ma = {};
854Object.defineProperty(Ma, "__esModule", { value: !0 });
855var Oa = {};
856Object.defineProperty(Oa, "__esModule", { value: !0 });
857var Da = {};
858Object.defineProperty(Da, "__esModule", { value: !0 });
859var ka = {};
860Object.defineProperty(ka, "__esModule", { value: !0 });
861var Na = {};
862Object.defineProperty(Na, "__esModule", { value: !0 });
863var za = {};
864Object.defineProperty(za, "__esModule", { value: !0 });
865var ja = {};
866Object.defineProperty(ja, "__esModule", { value: !0 });
867var Or = {};
868Object.defineProperty(Or, "__esModule", { value: !0 });
869Or.List = void 0;
870const Ph = x;
871class Ce {
872  constructor(e) {
873    if (this.privSubscriptionIdCounter = 0, this.privAddSubscriptions = {}, this.privRemoveSubscriptions = {}, this.privDisposedSubscriptions = {}, this.privDisposeReason = null, this.privList = [], e)
874      for (const r of e)
875        this.privList.push(r);
876  }
877  get(e) {
878    return this.throwIfDisposed(), this.privList[e];
879  }
880  first() {
881    return this.get(0);
882  }
883  last() {
884    return this.get(this.length() - 1);
885  }
886  add(e) {
887    this.throwIfDisposed(), this.insertAt(this.privList.length, e);
888  }
889  insertAt(e, r) {
890    this.throwIfDisposed(), e === 0 ? this.privList.unshift(r) : e === this.privList.length ? this.privList.push(r) : this.privList.splice(e, 0, r), this.triggerSubscriptions(this.privAddSubscriptions);
891  }
892  removeFirst() {
893    return this.throwIfDisposed(), this.removeAt(0);
894  }
895  removeLast() {
896    return this.throwIfDisposed(), this.removeAt(this.length() - 1);
897  }
898  removeAt(e) {
899    return this.throwIfDisposed(), this.remove(e, 1)[0];
900  }
901  remove(e, r) {
902    this.throwIfDisposed();
903    const s = this.privList.splice(e, r);
904    return this.triggerSubscriptions(this.privRemoveSubscriptions), s;
905  }
906  clear() {
907    this.throwIfDisposed(), this.remove(0, this.length());
908  }
909  length() {
910    return this.throwIfDisposed(), this.privList.length;
911  }
912  onAdded(e) {
913    this.throwIfDisposed();
914    const r = this.privSubscriptionIdCounter++;
915    return this.privAddSubscriptions[r] = e, {
916      detach: () => (delete this.privAddSubscriptions[r], Promise.resolve())
917    };
918  }
919  onRemoved(e) {
920    this.throwIfDisposed();
921    const r = this.privSubscriptionIdCounter++;
922    return this.privRemoveSubscriptions[r] = e, {
923      detach: () => (delete this.privRemoveSubscriptions[r], Promise.resolve())
924    };
925  }
926  onDisposed(e) {
927    this.throwIfDisposed();
928    const r = this.privSubscriptionIdCounter++;
929    return this.privDisposedSubscriptions[r] = e, {
930      detach: () => (delete this.privDisposedSubscriptions[r], Promise.resolve())
931    };
932  }
933  join(e) {
934    return this.throwIfDisposed(), this.privList.join(e);
935  }
936  toArray() {
937    const e = Array();
938    return this.privList.forEach((r) => {
939      e.push(r);
940    }), e;
941  }
942  any(e) {
943    return this.throwIfDisposed(), e ? this.where(e).length() > 0 : this.length() > 0;
944  }
945  all(e) {
946    return this.throwIfDisposed(), this.where(e).length() === this.length();
947  }
948  forEach(e) {
949    this.throwIfDisposed();
950    for (let r = 0; r < this.length(); r++)
951      e(this.privList[r], r);
952  }
953  select(e) {
954    this.throwIfDisposed();
955    const r = [];
956    for (let s = 0; s < this.privList.length; s++)
957      r.push(e(this.privList[s], s));
958    return new Ce(r);
959  }
960  where(e) {
961    this.throwIfDisposed();
962    const r = new Ce();
963    for (let s = 0; s < this.privList.length; s++)
964      e(this.privList[s], s) && r.add(this.privList[s]);
965    return r;
966  }
967  orderBy(e) {
968    this.throwIfDisposed();
969    const s = this.toArray().sort(e);
970    return new Ce(s);
971  }
972  orderByDesc(e) {
973    return this.throwIfDisposed(), this.orderBy((r, s) => e(s, r));
974  }
975  clone() {
976    return this.throwIfDisposed(), new Ce(this.toArray());
977  }
978  concat(e) {
979    return this.throwIfDisposed(), new Ce(this.privList.concat(e.toArray()));
980  }
981  concatArray(e) {
982    return this.throwIfDisposed(), new Ce(this.privList.concat(e));
983  }
984  isDisposed() {
985    return this.privList == null;
986  }
987  dispose(e) {
988    this.isDisposed() || (this.privDisposeReason = e, this.privList = null, this.privAddSubscriptions = null, this.privRemoveSubscriptions = null, this.triggerSubscriptions(this.privDisposedSubscriptions));
989  }
990  throwIfDisposed() {
991    if (this.isDisposed())
992      throw new Ph.ObjectDisposedError("List", this.privDisposeReason);
993  }
994  triggerSubscriptions(e) {
995    if (e)
996      for (const r in e)
997        r && e[r]();
998  }
999}
1000Or.List = Ce;
1001var kn = {};
1002(function(t) {
1003  Object.defineProperty(t, "__esModule", { value: !0 }), t.marshalPromiseToCallbacks = t.Sink = t.Deferred = t.PromiseResultEventSource = t.PromiseResult = t.PromiseState = void 0;
1004  var e;
1005  (function(i) {
1006    i[i.None = 0] = "None", i[i.Resolved = 1] = "Resolved", i[i.Rejected = 2] = "Rejected";
1007  })(e = t.PromiseState || (t.PromiseState = {}));
1008  class r {
1009    constructor(o) {
1010      this.throwIfError = () => {
1011        if (this.isError)
1012          throw this.error;
1013      }, o.on((c) => {
1014        this.privIsCompleted || (this.privIsCompleted = !0, this.privIsError = !1, this.privResult = c);
1015      }, (c) => {
1016        this.privIsCompleted || (this.privIsCompleted = !0, this.privIsError = !0, this.privError = c);
1017      });
1018    }
1019    get isCompleted() {
1020      return this.privIsCompleted;
1021    }
1022    get isError() {
1023      return this.privIsError;
1024    }
1025    get error() {
1026      return this.privError;
1027    }
1028    get result() {
1029      return this.privResult;
1030    }
1031  }
1032  t.PromiseResult = r;
1033  class s {
1034    constructor() {
1035      this.setResult = (o) => {
1036        this.privOnSetResult(o);
1037      }, this.setError = (o) => {
1038        this.privOnSetError(o);
1039      }, this.on = (o, c) => {
1040        this.privOnSetResult = o, this.privOnSetError = c;
1041      };
1042    }
1043  }
1044  t.PromiseResultEventSource = s;
1045  class p {
1046    constructor() {
1047      this.resolve = (o) => (this.privResolve(o), this), this.reject = (o) => (this.privReject(o), this), this.privPromise = new Promise((o, c) => {
1048        this.privResolve = o, this.privReject = c;
1049      });
1050    }
1051    get promise() {
1052      return this.privPromise;
1053    }
1054  }
1055  t.Deferred = p;
1056  class a {
1057    constructor() {
1058      this.privState = e.None, this.privPromiseResult = null, this.privPromiseResultEvents = null, this.privSuccessHandlers = [], this.privErrorHandlers = [], this.privPromiseResultEvents = new s(), this.privPromiseResult = new r(this.privPromiseResultEvents);
1059    }
1060    get state() {
1061      return this.privState;
1062    }
1063    get result() {
1064      return this.privPromiseResult;
1065    }
1066    resolve(o) {
1067      if (this.privState !== e.None)
1068        throw new Error("'Cannot resolve a completed promise'");

1069      this.privState = e.Resolved, this.privPromiseResultEvents.setResult(o);
1070      for (let c = 0; c < this.privSuccessHandlers.length; c++)
1071        this.executeSuccessCallback(o, this.privSuccessHandlers[c], this.privErrorHandlers[c]);
1072      this.detachHandlers();
1073    }
1074    reject(o) {
1075      if (this.privState !== e.None)
1076        throw new Error("'Cannot reject a completed promise'");
1077      this.privState = e.Rejected, this.privPromiseResultEvents.setError(o);
1078      for (const c of this.privErrorHandlers)
1079        this.executeErrorCallback(o, c);
1080      this.detachHandlers();
1081    }
1082    on(o, c) {
1083      o == null && (o = () => {
1084      }), this.privState === e.None ? (this.privSuccessHandlers.push(o), this.privErrorHandlers.push(c)) : (this.privState === e.Resolved ? this.executeSuccessCallback(this.privPromiseResult.result, o, c) : this.privState === e.Rejected && this.executeErrorCallback(this.privPromiseResult.error, c), this.detachHandlers());
1085    }
1086    executeSuccessCallback(o, c, u) {
1087      try {
1088        c(o);
1089      } catch (h) {
1090        this.executeErrorCallback(`'Unhandled callback error: ${h}'`, u);
1091      }
1092    }
1093    executeErrorCallback(o, c) {
1094      if (c)
1095        try {
1096          c(o);
1097        } catch (u) {
1098          throw new Error(`'Unhandled callback error: ${u}. InnerError: ${o}'`);
1099        }
1100      else
1101        throw new Error(`'Unhandled error: ${o}'`);
1102    }
1103    detachHandlers() {
1104      this.privErrorHandlers = [], this.privSuccessHandlers = [];
1105    }
1106  }
1107  t.Sink = a;
1108  function n(i, o, c) {
1109    i.then((u) => {
1110      try {
1111        o && o(u);
1112      } catch (h) {
1113        if (c)
1114          try {
1115            if (h instanceof Error) {
1116              const d = h;
1117              c(d.name + ": " + d.message);
1118            } else
1119              c(h);
1120          } catch {
1121          }
1122      }
1123    }, (u) => {
1124      if (c)
1125        try {
1126          if (u instanceof Error) {
1127            const h = u;
1128            c(h.name + ": " + h.message);
1129          } else
1130            c(u);
1131        } catch {
1132        }
1133    });
1134  }
1135  t.marshalPromiseToCallbacks = n;
1136})(kn);
1137var Dr = {};
1138Object.defineProperty(Dr, "__esModule", { value: !0 });
1139Dr.Queue = void 0;
1140const dn = x, vn = Or, ps = kn;
1141var Tr;
1142(function(t) {
1143  t[t.Dequeue = 0] = "Dequeue", t[t.Peek = 1] = "Peek";
1144})(Tr || (Tr = {}));
1145class Rh {
1146  constructor(e) {
1147    this.privPromiseStore = new vn.List(), this.privIsDrainInProgress = !1, this.privIsDisposing = !1, this.privDisposeReason = null, this.privList = e || new vn.List(), this.privDetachables = [], this.privSubscribers = new vn.List(), this.privDetachables.push(this.privList.onAdded(() => this.drain()));
1148  }
1149  enqueue(e) {
1150    this.throwIfDispose(), this.enqueueFromPromise(new Promise((r) => r(e)));
1151  }
1152  enqueueFromPromise(e) {
1153    this.throwIfDispose(), e.then((r) => {
1154      this.privList.add(r);
1155    }, () => {
1156    });
1157  }
1158  dequeue() {
1159    this.throwIfDispose();
1160    const e = new ps.Deferred();
1161    return this.privSubscribers && (this.privSubscribers.add({ deferral: e, type: Tr.Dequeue }), this.drain()), e.promise;
1162  }
1163  peek() {
1164    this.throwIfDispose();
1165    const e = new ps.Deferred();
1166    return this.privSubscribers && (this.privSubscribers.add({ deferral: e, type: Tr.Peek }), this.drain()), e.promise;
1167  }
1168  length() {
1169    return this.throwIfDispose(), this.privList.length();
1170  }
1171  isDisposed() {
1172    return this.privSubscribers == null;
1173  }
1174  async drainAndDispose(e, r) {
1175    if (!this.isDisposed() && !this.privIsDisposing) {
1176      this.privDisposeReason = r, this.privIsDisposing = !0;
1177      const s = this.privSubscribers;
1178      if (s) {
1179        for (; s.length() > 0; )
1180          s.removeFirst().deferral.resolve(void 0);
1181        this.privSubscribers === s && (this.privSubscribers = s);
1182      }
1183      for (const p of this.privDetachables)
1184        await p.detach();
1185      if (this.privPromiseStore.length() > 0 && e) {
1186        const p = [];
1187        return this.privPromiseStore.toArray().forEach((a) => {
1188          p.push(a);
1189        }), Promise.all(p).finally(() => {
1190          this.privSubscribers = null, this.privList.forEach((a) => {
1191            e(a);
1192          }), this.privList = null;
1193        }).then();
1194      } else
1195        this.privSubscribers = null, this.privList = null;
1196    }
1197  }
1198  async dispose(e) {
1199    await this.drainAndDispose(null, e);
1200  }
1201  drain() {
1202    if (!this.privIsDrainInProgress && !this.privIsDisposing) {
1203      this.privIsDrainInProgress = !0;
1204      const e = this.privSubscribers, r = this.privList;
1205      if (e && r) {
1206        for (; r.length() > 0 && e.length() > 0 && !this.privIsDisposing; ) {
1207          const s = e.removeFirst();
1208          if (s.type === Tr.Peek)
1209            s.deferral.resolve(r.first());
1210          else {
1211            const p = r.removeFirst();
1212            s.deferral.resolve(p);
1213          }
1214        }
1215        this.privSubscribers === e && (this.privSubscribers = e), this.privList === r && (this.privList = r);
1216      }
1217      this.privIsDrainInProgress = !1;
1218    }
1219  }
1220  throwIfDispose() {
1221    if (this.isDisposed())
1222      throw this.privDisposeReason ? new dn.InvalidOperationError(this.privDisposeReason) : new dn.ObjectDisposedError("Queue");
1223    if (this.privIsDisposing)
1224      throw new dn.InvalidOperationError("Queue disposing");
1225  }
1226}
1227Dr.Queue = Rh;
1228var ci = {};
1229Object.defineProperty(ci, "__esModule", { value: !0 });
1230ci.RawWebsocketMessage = void 0;
1231const Ur = Dn, Ze = x, Eh = oe;
1232class Th {
1233  constructor(e, r, s) {
1234    if (this.privPayload = null, !r)
1235      throw new Ze.ArgumentNullError("payload");
1236    if (e === Ur.MessageType.Binary && Object.getPrototypeOf(r).constructor.name !== "ArrayBuffer")
1237      throw new Ze.InvalidOperationError("Payload must be ArrayBuffer");
1238    if (e === Ur.MessageType.Text && typeof r != "string")
1239      throw new Ze.InvalidOperationError("Payload must be a string");

1240    this.privMessageType = e, this.privPayload = r, this.privId = s || (0, Eh.createNoDashGuid)();
1241  }
1242  get messageType() {
1243    return this.privMessageType;
1244  }
1245  get payload() {
1246    return this.privPayload;
1247  }
1248  get textContent() {
1249    if (this.privMessageType === Ur.MessageType.Binary)
1250      throw new Ze.InvalidOperationError("Not supported for binary message");
1251    return this.privPayload;
1252  }
1253  get binaryContent() {
1254    if (this.privMessageType === Ur.MessageType.Text)
1255      throw new Ze.InvalidOperationError("Not supported for text message");
1256    return this.privPayload;
1257  }
1258  get id() {
1259    return this.privId;
1260  }
1261}
1262ci.RawWebsocketMessage = Th;
1263var pi = {};
1264Object.defineProperty(pi, "__esModule", { value: !0 });
1265pi.RiffPcmEncoder = void 0;
1266class Ah {
1267  constructor(e, r) {
1268    this.privActualSampleRate = e, this.privDesiredSampleRate = r;
1269  }
1270  encode(e) {
1271    const r = this.downSampleAudioFrame(e, this.privActualSampleRate, this.privDesiredSampleRate);
1272    if (!r)
1273      return null;
1274    const s = r.length * 2, p = new ArrayBuffer(s), a = new DataView(p);
1275    return this.floatTo16BitPCM(a, 0, r), p;
1276  }
1277  setString(e, r, s) {
1278    for (let p = 0; p < s.length; p++)
1279      e.setUint8(r + p, s.charCodeAt(p));
1280  }
1281  floatTo16BitPCM(e, r, s) {
1282    for (let p = 0; p < s.length; p++, r += 2) {
1283      const a = Math.max(-1, Math.min(1, s[p]));
1284      e.setInt16(r, a < 0 ? a * 32768 : a * 32767, !0);
1285    }
1286  }
1287  downSampleAudioFrame(e, r, s) {
1288    if (!e)
1289      return null;
1290    if (s === r || s > r)
1291      return e;
1292    const p = r / s, a = Math.round(e.length / p), n = new Float32Array(a);
1293    let i = 0, o = 0;
1294    for (; o < a; ) {
1295      const c = Math.round((o + 1) * p);
1296      let u = 0, h = 0;
1297      for (; i < c && i < e.length; )
1298        u += e[i++], h++;
1299      n[o++] = u / h;
1300    }
1301    return n;
1302  }
1303}
1304pi.RiffPcmEncoder = Ah;
1305var ui = {};
1306Object.defineProperty(ui, "__esModule", { value: !0 });
1307ui.Stream = void 0;
1308const us = x, Ih = oe, hs = Dr;
1309class wh {
1310  constructor(e) {
1311    this.privIsWriteEnded = !1, this.privIsReadEnded = !1, this.privId = e || (0, Ih.createNoDashGuid)(), this.privReaderQueue = new hs.Queue();
1312  }
1313  get isClosed() {
1314    return this.privIsWriteEnded;
1315  }
1316  get isReadEnded() {
1317    return this.privIsReadEnded;
1318  }
1319  get id() {
1320    return this.privId;
1321  }
1322  close() {
1323    this.privIsWriteEnded || (this.writeStreamChunk({
1324      buffer: null,
1325      isEnd: !0,
1326      timeReceived: Date.now()
1327    }), this.privIsWriteEnded = !0);
1328  }
1329  writeStreamChunk(e) {
1330    if (this.throwIfClosed(), !this.privReaderQueue.isDisposed())
1331      try {
1332        this.privReaderQueue.enqueue(e);
1333      } catch {
1334      }
1335  }
1336  read() {
1337    if (this.privIsReadEnded)
1338      throw new us.InvalidOperationError("Stream read has already finished");
1339    return this.privReaderQueue.dequeue().then(async (e) => ((e === void 0 || e.isEnd) && await this.privReaderQueue.dispose("End of stream reached"), e));
1340  }
1341  readEnded() {
1342    this.privIsReadEnded || (this.privIsReadEnded = !0, this.privReaderQueue = new hs.Queue());
1343  }
1344  throwIfClosed() {
1345    if (this.privIsWriteEnded)
1346      throw new us.InvalidOperationError("Stream closed");
1347  }
1348}
1349ui.Stream = wh;
1350var hi = {};
1351(function(t) {
1352  Object.defineProperty(t, "__esModule", { value: !0 }), t.TranslationStatus = void 0, function(e) {
1353    e[e.Success = 0] = "Success", e[e.Error = 1] = "Error";
1354  }(t.TranslationStatus || (t.TranslationStatus = {}));
1355})(hi);
1356var $e = {}, ds;
1357function _h() {
1358  if (ds) return $e;
1359  ds = 1, Object.defineProperty($e, "__esModule", { value: !0 }), $e.ChunkedArrayBufferStream = void 0;
1360  const t = I();
1361  let e = class extends t.Stream {
1362    constructor(s, p) {
1363      super(p), this.privTargetChunkSize = Math.round(s), this.privNextBufferReadyBytes = 0;
1364    }
1365    writeStreamChunk(s) {
1366      if (s.isEnd || this.privNextBufferReadyBytes === 0 && s.buffer.byteLength === this.privTargetChunkSize) {
1367        super.writeStreamChunk(s);
1368        return;
1369      }
1370      let p = 0;
1371      for (; p < s.buffer.byteLength; ) {
1372        this.privNextBufferToWrite === void 0 && (this.privNextBufferToWrite = new ArrayBuffer(this.privTargetChunkSize), this.privNextBufferStartTime = s.timeReceived);
1373        const a = Math.min(s.buffer.byteLength - p, this.privTargetChunkSize - this.privNextBufferReadyBytes), n = new Uint8Array(this.privNextBufferToWrite), i = new Uint8Array(s.buffer.slice(p, a + p));
1374        n.set(i, this.privNextBufferReadyBytes), this.privNextBufferReadyBytes += a, p += a, this.privNextBufferReadyBytes === this.privTargetChunkSize && (super.writeStreamChunk({
1375          buffer: this.privNextBufferToWrite,
1376          isEnd: !1,
1377          timeReceived: this.privNextBufferStartTime
1378        }), this.privNextBufferReadyBytes = 0, this.privNextBufferToWrite = void 0);
1379      }
1380    }
1381    close() {
1382      this.privNextBufferReadyBytes !== 0 && !this.isClosed && super.writeStreamChunk({
1383        buffer: this.privNextBufferToWrite.slice(0, this.privNextBufferReadyBytes),
1384        isEnd: !1,
1385        timeReceived: this.privNextBufferStartTime
1386      }), super.close();
1387    }
1388  };
1389  return $e.ChunkedArrayBufferStream = e, $e;
1390}
1391var La = {};
1392Object.defineProperty(La, "__esModule", { value: !0 });
1393var di = {};
1394Object.defineProperty(di, "__esModule", { value: !0 });
1395di.Timeout = void 0;
1396class Q {
1397  static load() {
1398    const e = /* @__PURE__ */ new Map([[0, () => {
1399    }]]), r = /* @__PURE__ */ new Map(), p = "data:text/javascript;base64," + btoa(`!function(e){var t={};function n(r){if(t[r])return t[r].exports;var o=t[r]={i:r,l:!1,exports:{}};return e[r].call(o.exports,o,o.exports,n),o.l=!0,o.exports}n.m=e,n.c=t,n.d=function(e,t,r){n.o(e,t)||Object.defineProperty(e,t,{enumerable:!0,get:r})},n.r=function(e){"undefined"!=typeof Symbol&&Symbol.toStringTag&&Object.defineProperty(e,Symbol.toStringTag,{value:"Module"}

1399),Object.defineProperty(e,"__esModule",{value:!0})},n.t=function(e,t){if(1&t&&(e=n(e)),8&t)return e;if(4&t&&"object"==typeof e&&e&&e.__esModule)return e;var r=Object.create(null);if(n.r(r),Object.defineProperty(r,"default",{enumerable:!0,value:e}),2&t&&"string"!=typeof e)for(var o in e)n.d(r,o,function(t){return e[t]}.bind(null,o));return r},n.n=function(e){var t=e&&e.__esModule?function(){return e.default}:function(){return e};return n.d(t,"a",t),t},n.o=function(e,t){return Object.prototype.hasOwnProperty.call(e,t)},n.p="",n(n.s=14)}([function(e,t,n){"use strict";n.d(t,"a",(function(){return i})),n.d(t,"b",(function(){return u})),n.d(t,"c",(function(){return a})),n.d(t,"d",(function(){return d}));const r=new Map,o=new Map,i=e=>{const t=r.get(e);if(void 0===t)throw new Error('There is no interval scheduled with the given id "'.concat(e,'".'));clearTimeout(t),r.delete(e)},u=e=>{const t=o.get(e);if(void 0===t)throw new Error('There is no timeout scheduled with the given id "'.concat(e,'".'));clearTimeout(t),o.delete(e)},f=(e,t)=>{let n,r;if("performance"in self){const o=performance.now();n=o,r=e-Math.max(0,o-t)}else n=Date.now(),r=e;return{expected:n+r,remainingDelay:r}},c=(e,t,n,r)=>{const o="performance"in self?performance.now():Date.now();o>n?postMessage({id:null,method:"call",params:{timerId:t}}):e.set(t,setTimeout(c,n-o,e,t,n))},a=(e,t,n)=>{const{expected:o,remainingDelay:i}=f(e,n);r.set(t,setTimeout(c,i,r,t,o))},d=(e,t,n)=>{const{expected:r,remainingDelay:i}=f(e,n);o.set(t,setTimeout(c,i,o,t,r))}},function(e,t,n){"use strict";n.r(t);var r=n(2);for(var o in r)"default"!==o&&function(e){n.d(t,e,(function(){return r[e]}))}(o);var i=n(3);for(var o in i)"default"!==o&&function(e){n.d(t,e,(function(){return i[e]}))}(o);var u=n(4);for(var o in u)"default"!==o&&function(e){n.d(t,e,(function(){return u[e]}))}(o);var f=n(5);for(var o in f)"default"!==o&&function(e){n.d(t,e,(function(){return f[e]}))}(o);var c=n(6);for(var o in c)"default"!==o&&function(e){n.d(t,e,(function(){return c[e]}))}(o);var a=n(7);for(var o in a)"default"!==o&&function(e){n.d(t,e,(function(){return a[e]}))}(o);var d=n(8);for(var o in d)"default"!==o&&function(e){n.d(t,e,(function(){return d[e]}))}(o);var s=n(9);for(var o in s)"default"!==o&&function(e){n.d(t,e,(function(){return s[e]}))}(o)},function(e,t){},function(e,t){},function(e,t){},function(e,t){},function(e,t){},function(e,t){},function(e,t){},function(e,t){},function(e,t,n){"use strict";n.r(t);var r=n(11);for(var o in r)"default"!==o&&function(e){n.d(t,e,(function(){return r[e]}))}(o);var i=n(12);for(var o in i)"default"!==o&&function(e){n.d(t,e,(function(){return i[e]}))}(o);var u=n(13);for(var o in u)"default"!==o&&function(e){n.d(t,e,(function(){return u[e]}))}(o)},function(e,t){},function(e,t){},function(e,t){},function(e,t,n){"use strict";n.r(t);var r=n(0),o=n(1);for(var i in o)"default"!==i&&function(e){n.d(t,e,(function(){return o[e]}))}(i);var u=n(10);for(var i in u)"default"!==i&&function(e){n.d(t,e,(function(){return u[e]}))}(i);addEventListener("message",({data:e})=>{try{if("clear"===e.method){const{id:t,params:{timerId:n}}=e;Object(r.b)(n),postMessage({error:null,id:t})}else{if("set"!==e.method)throw new Error('The given method "'.concat(e.method,'" is not supported'));{const{params:{delay:t,now:n,timerId:o}}=e;Object(r.d)(t,o,n)}}}catch(t){postMessage({error:{message:t.message},id:e.id,result:null})}})}]);`), a = new Worker(p);
1400    return a.addEventListener("message", ({ data: o }) => {
1401      if (Q.isCallNotification(o)) {
1402        const { params: { timerId: c } } = o, u = e.get(c);
1403        if (typeof u == "number") {
1404          const h = r.get(u);
1405          if (h === void 0 || h !== c)
1406            throw new Error("The timer is in an undefined state.");
1407        } else if (typeof u < "u")
1408          u(), e.delete(c);
1409        else
1410          throw new Error("The timer is in an undefined state.");
1411      } else if (Q.isClearResponse(o)) {
1412        const { id: c } = o, u = r.get(c);
1413        if (u === void 0)
1414          throw new Error("The timer is in an undefined state.");
1415        r.delete(c), e.delete(u);
1416      } else {
1417        const { error: { message: c } } = o;
1418        throw new Error(c);
1419      }
1420    }), {
1421      clearTimeout: (o) => {
1422        const c = Math.random();
1423        r.set(c, o), e.set(o, c), a.postMessage({
1424          id: c,
1425          method: "clear",
1426          params: { timerId: o }
1427        });
1428      },
1429      setTimeout: (o, c) => {
1430        const u = Math.random();
1431        return e.set(u, o), a.postMessage({
1432          id: null,
1433          method: "set",
1434          params: {
1435            delay: c,
1436            now: performance.now(),
1437            timerId: u
1438          }
1439        }), u;
1440      }
1441    };
1442  }
1443  static loadWorkerTimers() {
1444    return () => (Q.workerTimers !== null || (Q.workerTimers = Q.load()), Q.workerTimers);
1445  }
1446  static isCallNotification(e) {
1447    return e.method !== void 0 && e.method === "call";
1448  }
1449  static isClearResponse(e) {
1450    return e.error === null && typeof e.id == "number";
1451  }
1452}
1453di.Timeout = Q;
1454Q.workerTimers = null;
1455Q.clearTimeout = (t) => Q.timers().clearTimeout(t);
1456Q.setTimeout = (t, e) => Q.timers().setTimeout(t, e);
1457Q.timers = Q.loadWorkerTimers();
1458var N = {};
1459Object.defineProperty(N, "__esModule", { value: !0 });
1460N.OCSPCacheUpdateErrorEvent = N.OCSPResponseRetrievedEvent = N.OCSPCacheFetchErrorEvent = N.OCSPVerificationFailedEvent = N.OCSPCacheHitEvent = N.OCSPCacheEntryNeedsRefreshEvent = N.OCSPCacheEntryExpiredEvent = N.OCSPWSUpgradeStartedEvent = N.OCSPStapleReceivedEvent = N.OCSPCacheUpdateCompleteEvent = N.OCSPDiskCacheStoreEvent = N.OCSPMemoryCacheStoreEvent = N.OCSPCacheUpdateNeededEvent = N.OCSPDiskCacheHitEvent = N.OCSPCacheMissEvent = N.OCSPMemoryCacheHitEvent = N.OCSPEvent = void 0;
1461const W = Ge;
1462class H extends W.PlatformEvent {
1463  constructor(e, r, s) {
1464    super(e, r), this.privSignature = s;
1465  }
1466}
1467N.OCSPEvent = H;
1468class bh extends H {
1469  constructor(e) {
1470    super("OCSPMemoryCacheHitEvent", W.EventType.Debug, e);
1471  }
1472}
1473N.OCSPMemoryCacheHitEvent = bh;
1474class Mh extends H {
1475  constructor(e) {
1476    super("OCSPCacheMissEvent", W.EventType.Debug, e);
1477  }
1478}
1479N.OCSPCacheMissEvent = Mh;
1480class Oh extends H {
1481  constructor(e) {
1482    super("OCSPDiskCacheHitEvent", W.EventType.Debug, e);
1483  }
1484}
1485N.OCSPDiskCacheHitEvent = Oh;
1486class Dh extends H {
1487  constructor(e) {
1488    super("OCSPCacheUpdateNeededEvent", W.EventType.Debug, e);
1489  }
1490}
1491N.OCSPCacheUpdateNeededEvent = Dh;
1492class kh extends H {
1493  constructor(e) {
1494    super("OCSPMemoryCacheStoreEvent", W.EventType.Debug, e);
1495  }
1496}
1497N.OCSPMemoryCacheStoreEvent = kh;
1498class Nh extends H {
1499  constructor(e) {
1500    super("OCSPDiskCacheStoreEvent", W.EventType.Debug, e);
1501  }
1502}
1503N.OCSPDiskCacheStoreEvent = Nh;
1504class zh extends H {
1505  constructor(e) {
1506    super("OCSPCacheUpdateCompleteEvent", W.EventType.Debug, e);
1507  }
1508}
1509N.OCSPCacheUpdateCompleteEvent = zh;
1510class jh extends H {
1511  constructor() {
1512    super("OCSPStapleReceivedEvent", W.EventType.Debug, "");
1513  }
1514}
1515N.OCSPStapleReceivedEvent = jh;
1516class Lh extends H {
1517  constructor(e) {
1518    super("OCSPWSUpgradeStartedEvent", W.EventType.Debug, e);
1519  }
1520}
1521N.OCSPWSUpgradeStartedEvent = Lh;
1522class Bh extends H {
1523  constructor(e, r) {
1524    super("OCSPCacheEntryExpiredEvent", W.EventType.Debug, e), this.privExpireTime = r;
1525  }
1526}
1527N.OCSPCacheEntryExpiredEvent = Bh;
1528class qh extends H {
1529  constructor(e, r, s) {
1530    super("OCSPCacheEntryNeedsRefreshEvent", W.EventType.Debug, e), this.privExpireTime = s, this.privStartTime = r;
1531  }
1532}
1533N.OCSPCacheEntryNeedsRefreshEvent = qh;
1534class Fh extends H {
1535  constructor(e, r, s) {
1536    super("OCSPCacheHitEvent", W.EventType.Debug, e), this.privExpireTime = s, this.privExpireTimeString = new Date(s).toLocaleDateString(), this.privStartTime = r, this.privStartTimeString = new Date(r).toLocaleTimeString();
1537  }
1538}
1539N.OCSPCacheHitEvent = Fh;
1540class Uh extends H {
1541  constructor(e, r) {
1542    super("OCSPVerificationFailedEvent", W.EventType.Debug, e), this.privError = r;
1543  }
1544}
1545N.OCSPVerificationFailedEvent = Uh;
1546class xh extends H {
1547  constructor(e, r) {
1548    super("OCSPCacheFetchErrorEvent", W.EventType.Debug, e), this.privError = r;
1549  }
1550}
1551N.OCSPCacheFetchErrorEvent = xh;
1552class Wh extends H {
1553  constructor(e) {
1554    super("OCSPResponseRetrievedEvent", W.EventType.Debug, e);
1555  }
1556}
1557N.OCSPResponseRetrievedEvent = Wh;
1558class Hh extends H {
1559  constructor(e, r) {
1560    super("OCSPCacheUpdateErrorEvent", W.EventType.Debug, e), this.privError = r;
1561  }
1562}
1563N.OCSPCacheUpdateErrorEvent = Hh;
1564var et = {}, vs;
1565function Kh() {
1566  if (vs) return et;
1567  vs = 1, Object.defineProperty(et, "__esModule", { value: !0 }

1567), et.BackgroundEvent = void 0;
1568  const t = I();
1569  class e extends t.PlatformEvent {
1570    constructor(s) {
1571      super("BackgroundEvent", t.EventType.Error), this.privError = s;
1572    }
1573    get error() {
1574      return this.privError;
1575    }
1576  }
1577  return et.BackgroundEvent = e, et;
1578}
1579var ls;
1580function I() {
1581  return ls || (ls = 1, function(t) {
1582    var e = k && k.__createBinding || (Object.create ? function(p, a, n, i) {
1583      i === void 0 && (i = n), Object.defineProperty(p, i, { enumerable: !0, get: function() {
1584        return a[n];
1585      } });
1586    } : function(p, a, n, i) {
1587      i === void 0 && (i = n), p[i] = a[n];
1588    }), r = k && k.__exportStar || function(p, a) {
1589      for (var n in p) n !== "default" && !Object.prototype.hasOwnProperty.call(a, n) && e(a, p, n);
1590    };
1591    Object.defineProperty(t, "__esModule", { value: !0 }), t.TranslationStatus = void 0, r(B, t), r(q, t), r(Dn, t), r(si, t), r(oi, t), r(qe, t), r(x, t), r(ai, t), r(Mr, t), r(oe, t), r(wa, t), r(_a, t), r(ba, t), r(Ma, t), r(Oa, t), r(Da, t), r(ka, t), r(Na, t), r(za, t), r(ja, t), r(Or, t), r(Ge, t), r(kn, t), r(Dr, t), r(ci, t), r(pi, t), r(ui, t);
1592    var s = hi;
1593    Object.defineProperty(t, "TranslationStatus", { enumerable: !0, get: function() {
1594      return s.TranslationStatus;
1595    } }), r(_h(), t), r(La, t), r(di, t), r(N, t), r(Kh(), t);
1596  }(an)), an;
1597}
1598var Y = {};
1599Object.defineProperty(Y, "__esModule", { value: !0 });
1600Y.HeaderNames = void 0;
1601class ce {
1602}
1603Y.HeaderNames = ce;
1604ce.AuthKey = "Ocp-Apim-Subscription-Key";
1605ce.Authorization = "Authorization";
1606ce.SpIDAuthKey = "Apim-Subscription-Id";
1607ce.ConnectionId = "X-ConnectionId";
1608ce.ContentType = "Content-Type";
1609ce.CustomCommandsAppId = "X-CommandsAppId";
1610ce.Path = "Path";
1611ce.RequestId = "X-RequestId";
1612ce.RequestStreamId = "X-StreamId";
1613ce.RequestTimestamp = "X-Timestamp";
1614var Xe = {};
1615Object.defineProperty(Xe, "__esModule", { value: !0 });
1616Xe.AuthInfo = void 0;
1617class Jh {
1618  constructor(e, r) {
1619    this.privHeaderName = e, this.privToken = r;
1620  }
1621  get headerName() {
1622    return this.privHeaderName;
1623  }
1624  get token() {
1625    return this.privToken;
1626  }
1627}
1628Xe.AuthInfo = Jh;
1629Object.defineProperty(Jr, "__esModule", { value: !0 });
1630Jr.CognitiveSubscriptionKeyAuthentication = void 0;
1631const Vh = I(), Gh = Y, Qh = Xe;
1632class Xh {
1633  /**
1634   * Creates and initializes an instance of the CognitiveSubscriptionKeyAuthentication class.
1635   * @constructor
1636   * @param {string} subscriptionKey - The subscription key
1637   */
1638  constructor(e) {
1639    if (!e)
1640      throw new Vh.ArgumentNullError("subscriptionKey");
1641    this.privAuthInfo = new Qh.AuthInfo(Gh.HeaderNames.AuthKey, e);
1642  }
1643  /**
1644   * Fetches the subscription key.
1645   * @member
1646   * @function
1647   * @public
1648   * @param {string} authFetchEventId - The id to fetch.
1649   */
1650  // eslint-disable-next-line @typescript-eslint/no-unused-vars
1651  fetch(e) {
1652    return Promise.resolve(this.privAuthInfo);
1653  }
1654  /**
1655   * Fetches the subscription key.
1656   * @member
1657   * @function
1658   * @public
1659   * @param {string} authFetchEventId - The id to fetch.
1660   */
1661  // eslint-disable-next-line @typescript-eslint/no-unused-vars
1662  fetchOnExpiry(e) {
1663    return Promise.resolve(this.privAuthInfo);
1664  }
1665}
1666Jr.CognitiveSubscriptionKeyAuthentication = Xh;
1667var vi = {};
1668Object.defineProperty(vi, "__esModule", { value: !0 });
1669vi.CognitiveTokenAuthentication = void 0;
1670const fs = I(), gs = Xe, ms = Y;
1671class Ir {
1672  constructor(e, r) {
1673    if (!e)
1674      throw new fs.ArgumentNullError("fetchCallback");
1675    if (!r)
1676      throw new fs.ArgumentNullError("fetchOnExpiryCallback");
1677    this.privFetchCallback = e, this.privFetchOnExpiryCallback = r;
1678  }
1679  fetch(e) {
1680    return this.privFetchCallback(e).then((r) => new gs.AuthInfo(ms.HeaderNames.Authorization, r === void 0 ? void 0 : Ir.privTokenPrefix + r));
1681  }
1682  fetchOnExpiry(e) {
1683    return this.privFetchOnExpiryCallback(e).then((r) => new gs.AuthInfo(ms.HeaderNames.Authorization, r === void 0 ? void 0 : Ir.privTokenPrefix + r));
1684  }
1685}
1686vi.CognitiveTokenAuthentication = Ir;
1687Ir.privTokenPrefix = "Bearer ";
1688var Ba = {};
1689Object.defineProperty(Ba, "__esModule", { value: !0 });
1690var qa = {};
1691Object.defineProperty(qa, "__esModule", { value: !0 });
1692var li = {};
1693(function(t) {
1694  Object.defineProperty(t, "__esModule", { value: !0 }), t.RecognitionEndedEvent = t.RecognitionCompletionStatus = t.RecognitionStartedEvent = t.ConnectingToServiceEvent = t.ListeningStartedEvent = t.RecognitionTriggeredEvent = t.SpeechRecognitionEvent = void 0;
1695  const e = I();
1696  class r extends e.PlatformEvent {
1697    constructor(u, h, d, v = e.EventType.Info) {
1698      super(u, v), this.privRequestId = h, this.privSessionId = d;
1699    }
1700    get requestId() {
1701      return this.privRequestId;
1702    }
1703    get sessionId() {
1704      return this.privSessionId;
1705    }
1706  }
1707  t.SpeechRecognitionEvent = r;
1708  class s extends r {
1709    constructor(u, h, d, v) {
1710      super("RecognitionTriggeredEvent", u, h), this.privAudioSourceId = d, this.privAudioNodeId = v;
1711    }
1712    get audioSourceId() {
1713      return this.privAudioSourceId;
1714    }
1715    get audioNodeId() {
1716      return this.privAudioNodeId;
1717    }
1718  }
1719  t.RecognitionTriggeredEvent = s;
1720  class p extends r {
1721    constructor(u, h, d, v) {
1722      super("ListeningStartedEvent", u, h), this.privAudioSourceId = d, this.privAudioNodeId = v;
1723    }
1724    get audioSourceId() {
1725      return this.privAudioSourceId;
1726    }
1727    get audioNodeId() {
1728      return this.privAudioNodeId;
1729    }
1730  }
1731  t.ListeningStartedEvent = p;
1732  class a extends r {
1733    constructor(u, h, d) {
1734      super("ConnectingToServiceEvent", u, d), this.privAuthFetchEventid = h;
1735    }
1736    get authFetchEventid() {
1737      return this.privAuthFetchEventid;
1738    }
1739  }
1740  t.ConnectingToServiceEvent = a;
1741  class n extends r {
1742    constructor(u, h, d, v, f) {
1743      super("RecognitionStartedEvent", u, f), this.privAudioSourceId = h, this.privAudioNodeId = d, this.privAuthFetchEventId = v;
1744    }
1745    get audioSourceId() {
1746      return this.privAudioSourceId;
1747    }
1748    get audioNodeId() {
1749      return this.privAudioNodeId;
1750    }
1751    get authFetchEventId() {
1752      return this.privAuthFetchEventId;
1753    }
1754  }
1755  t.RecognitionStartedEvent = n;
1756  var i;
1757  (function(c) {
1758    c[c.Success = 0] = "Success", c[c.AudioSourceError = 1] = "AudioSourceError", c[c.AudioSourceTimeout = 2] = "AudioSourceTimeout", c[c.AuthTokenFetchError = 3] = "AuthTokenFetchError", c[c.AuthTokenFetchTimeout = 4] = "AuthTokenFetchTimeout", c[c.UnAuthorized = 5] = "UnAuthorized", c[c.ConnectTimeout = 6] = "ConnectTimeout", c[c.ConnectError = 7] = "ConnectError", c[c.ClientRecognitionActivityTimeout = 8] = "ClientRecognitionActivityTimeout", c[c.UnknownError = 9] = "UnknownError";
1759  })(i = t.RecognitionCompletionStatus || (t.RecognitionCompletionStatus = {}));
1760  class o extends r {
1761    constructor(u, h, d, v, f, m, S, l) {
1762      super("RecognitionEndedEvent", u, f, S === i.Success ? e.EventType.Info : e.EventType.Error), this.privAudioSourceId = h, this.privAudioNodeId = d, this.privAuthFetchEventId = v, this.privStatus = S, this.privError = l, this.privServiceTag = m;
1763    }
1764    get audioSourceId() {
1765      return this.privAudioSourceId;
1766    }
1767    get audioNodeId() {
1768      return this.privAudioNodeId;
1769    }
1770    get authFetchEventId() {
1771      return this.privAuthFetchEventId;
1772    }
1773    get serviceTag() {
1774      return this.privServiceTag;
1775    }
1776    get status() {
1777      return this.privStatus;
1778    }
1779    get error() {
1780      return this.privError;
1781    }
1782  }
1783  t.RecognitionEndedEvent = o;
1784})(li);
1785var tt = {}, ln = {}, fi = {};
1786const Yh = {}, Zh = /* @__PURE__ */ Object.freeze(/* @__PURE__ */ Object.defineProperty({
1787  __proto__: null,
1788  default: Yh
1789}, Symbol.toStringTag, { value: "Module" })), Ue = /* @__PURE__ */ Wp(Zh);
1790var Nn = {};
1791(function(t) {
1792  Object.defineProperty(t, "__esModule", { value: !0 }), t.LogLevel = void 0;
1793  const e = I();
1794  Object.defineProperty(t, "LogLevel", { enumerable: !0, get: function() {
1795    return e.EventType;
1796  } });
1797})(Nn);
1798var O = {};
1799Object.defineProperty(O, "__esModule", { value: !0 });
1800O.Contracts = void 0;
1801class fe {
1802  static throwIfNullOrUndefined(e, r) {
1803    if (e == null)
1804      throw new Error("throwIfNullOrUndefined:" + r);
1805  }
1806  static throwIfNull(e, r) {
1807    if (e === null)
1808      throw new Error("throwIfNull:" + r);
1809  }
1810  static throwIfNullOrWhitespace(e, r) {
1811    if (fe.throwIfNullOrUndefined(e, r), ("" + e).trim().length < 1)
1812      throw new Error("throwIfNullOrWhitespace:" + r);
1813  }
1814  static throwIfNullOrTooLong(e, r, s) {
1815    if (fe.throwIfNullOrUndefined(e, r), ("" + e).length > s)
1816      throw new Error("throwIfNullOrTooLong:" + r + " (more than " + s.toString() + " characters)");
1817  }
1818  static throwIfNullOrTooShort(e, r, s) {
1819    if (fe.throwIfNullOrUndefined(e, r), ("" + e).length < s)
1820      throw new Error("throwIfNullOrTooShort:" + r + " (less than " + s.toString() + " characters)");
1821  }
1822  static throwIfDisposed(e) {
1823    if (e)
1824      throw new Error("the object is already disposed");
1825  }
1826  static throwIfArrayEmptyOrWhitespace(e, r) {
1827    if (fe.throwIfNullOrUndefined(e, r), e.length === 0)
1828      throw new Error("throwIfArrayEmptyOrWhitespace:" + r);
1829    for (const s of e)
1830      fe.throwIfNullOrWhitespace(s, r);
1831  }
1832  static throwIfFileDoesNotExist(e, r) {
1833    fe.throwIfNullOrWhitespace(e, r);
1834  }
1835  static throwIfNotUndefined(e, r) {
1836    if (e !== void 0)
1837      throw new Error("throwIfNotUndefined:" + r);
1838  }
1839  static throwIfNumberOutOfRange(e, r, s, p) {
1840    if (fe.throwIfNullOrUndefined(e, r), e < s || e > p)
1841      throw new Error("throwIfNumberOutOfRange:" + r + " (must be between " + s.toString() + " and " + p.toString() + ")");
1842  }
1843}
1844O.Contracts = fe;
1845var $h = k && k.__createBinding || (Object.create ? function(t, e, r, s) {
1846  s === void 0 && (s = r), Object.defineProperty(t, s, { enumerable: !0, get: function() {
1847    return e[r];
1848  } });
1849} : function(t, e, r, s) {
1850  s === void 0 && (s = r), t[s] = e[r];
1851}), ed = k && k.__setModuleDefault || (Object.create ? function(t, e) {
1852  Object.defineProperty(t, "default", { enumerable: !0, value: e });
1853} : function(t, e) {
1854  t.default = e;
1855}), td = k && k.__importStar || function(t) {
1856  if (t && t.__esModule) return t;
1857  var e = {};
1858  if (t != null) for (var r in t) r !== "default" && Object.prototype.hasOwnProperty.call(t, r) && $h(e, t, r);
1859  return ed(e, t), e;
1860};
1861Object.defineProperty(fi, "__esModule", { value: !0 });
1862fi.ConsoleLoggingListener = void 0;
1863const Ss = td(Ue), rt = Nn, rd = O;

1864class id {
1865  constructor(e = rt.LogLevel.None) {
1866    this.privLogPath = void 0, this.privEnableConsoleOutput = !0, this.privLogLevelFilter = e;
1867  }
1868  set logPath(e) {
1869    rd.Contracts.throwIfNullOrUndefined(Ss.openSync, `
1870File System access not available`), this.privLogPath = e;
1871  }
1872  set enableConsoleOutput(e) {
1873    this.privEnableConsoleOutput = e;
1874  }
1875  onEvent(e) {
1876    if (e.eventType >= this.privLogLevelFilter) {
1877      const r = this.toString(e);
1878      if (this.logCallback && this.logCallback(r), this.privLogPath && Ss.writeFileSync(this.privLogPath, r + `
1879`, { flag: "a+" }), this.privEnableConsoleOutput)
1880        switch (e.eventType) {
1881          case rt.LogLevel.Debug:
1882            console.debug(r);
1883            break;
1884          case rt.LogLevel.Info:
1885            console.info(r);
1886            break;
1887          case rt.LogLevel.Warning:
1888            console.warn(r);
1889            break;
1890          case rt.LogLevel.Error:
1891            console.error(r);
1892            break;
1893          default:
1894            console.log(r);
1895            break;
1896        }
1897    }
1898  }
1899  toString(e) {
1900    const r = [
1901      `${e.eventTime}`,
1902      `${e.name}`
1903    ], s = e;
1904    for (const p in s)
1905      if (p && e.hasOwnProperty(p) && p !== "eventTime" && p !== "eventType" && p !== "eventId" && p !== "name" && p !== "constructor") {
1906        const a = s[p];
1907        let n = "<NULL>";
1908        a != null && (typeof a == "number" || typeof a == "string" ? n = a.toString() : n = JSON.stringify(a)), r.push(`${p}: ${n}`);
1909      }
1910    return r.join(" | ");
1911  }
1912}
1913fi.ConsoleLoggingListener = id;
1914var Fa = {};
1915Object.defineProperty(Fa, "__esModule", { value: !0 });
1916var fn = {}, Ae = {};
1917(function(t) {
1918  Object.defineProperty(t, "__esModule", { value: !0 }), t.AudioStreamFormatImpl = t.AudioStreamFormat = t.AudioFormatTag = void 0;
1919  var e;
1920  (function(p) {
1921    p[p.PCM = 1] = "PCM", p[p.MuLaw = 2] = "MuLaw", p[p.Siren = 3] = "Siren", p[p.MP3 = 4] = "MP3", p[p.SILKSkype = 5] = "SILKSkype", p[p.OGG_OPUS = 6] = "OGG_OPUS", p[p.WEBM_OPUS = 7] = "WEBM_OPUS", p[p.ALaw = 8] = "ALaw", p[p.FLAC = 9] = "FLAC", p[p.OPUS = 10] = "OPUS", p[p.AMR_WB = 11] = "AMR_WB", p[p.G722 = 12] = "G722";
1922  })(e = t.AudioFormatTag || (t.AudioFormatTag = {}));
1923  class r {
1924    /**
1925     * Creates an audio stream format object representing the default audio stream
1926     * format (16KHz 16bit mono PCM).
1927     * @member AudioStreamFormat.getDefaultInputFormat
1928     * @function
1929     * @public
1930     * @returns {AudioStreamFormat} The audio stream format being created.
1931     */
1932    static getDefaultInputFormat() {
1933      return s.getDefaultInputFormat();
1934    }
1935    /**
1936     * Creates an audio stream format object with the specified format characteristics.
1937     * @member AudioStreamFormat.getWaveFormat
1938     * @function
1939     * @public
1940     * @param {number} samplesPerSecond - Sample rate, in samples per second (Hertz).
1941     * @param {number} bitsPerSample - Bits per sample, typically 16.
1942     * @param {number} channels - Number of channels in the waveform-audio data. Monaural data
1943     * uses one channel and stereo data uses two channels.
1944     * @param {AudioFormatTag} format - Audio format (PCM, alaw or mulaw).
1945     * @returns {AudioStreamFormat} The audio stream format being created.
1946     */
1947    static getWaveFormat(a, n, i, o) {
1948      return new s(a, n, i, o);
1949    }
1950    /**
1951     * Creates an audio stream format object with the specified pcm waveformat characteristics.
1952     * @member AudioStreamFormat.getWaveFormatPCM
1953     * @function
1954     * @public
1955     * @param {number} samplesPerSecond - Sample rate, in samples per second (Hertz).
1956     * @param {number} bitsPerSample - Bits per sample, typically 16.
1957     * @param {number} channels - Number of channels in the waveform-audio data. Monaural data
1958     * uses one channel and stereo data uses two channels.
1959     * @returns {AudioStreamFormat} The audio stream format being created.
1960     */
1961    static getWaveFormatPCM(a, n, i) {
1962      return new s(a, n, i);
1963    }
1964  }
1965  t.AudioStreamFormat = r;
1966  class s extends r {
1967    /**
1968     * Creates an instance with the given values.
1969     * @constructor
1970     * @param {number} samplesPerSec - Samples per second.
1971     * @param {number} bitsPerSample - Bits per sample.
1972     * @param {number} channels - Number of channels.
1973     * @param {AudioFormatTag} format - Audio format (PCM, alaw or mulaw).
1974     */
1975    constructor(a = 16e3, n = 16, i = 1, o = e.PCM) {
1976      super();
1977      let c = !0;
1978      switch (o) {
1979        case e.PCM:
1980          this.formatTag = 1;
1981          break;
1982        case e.ALaw:
1983          this.formatTag = 6;
1984          break;
1985        case e.MuLaw:
1986          this.formatTag = 7;
1987          break;
1988        default:
1989          c = !1;
1990      }
1991      if (this.bitsPerSample = n, this.samplesPerSec = a, this.channels = i, this.avgBytesPerSec = this.samplesPerSec * this.channels * (this.bitsPerSample / 8), this.blockAlign = this.channels * Math.max(this.bitsPerSample, 8), c) {
1992        this.privHeader = new ArrayBuffer(44);
1993        const u = new DataView(this.privHeader);
1994        this.setString(u, 0, "RIFF"), u.setUint32(4, 0, !0), this.setString(u, 8, "WAVEfmt "), u.setUint32(16, 16, !0), u.setUint16(20, this.formatTag, !0), u.setUint16(22, this.channels, !0), u.setUint32(24, this.samplesPerSec, !0), u.setUint32(28, this.avgBytesPerSec, !0), u.setUint16(32, this.channels * (this.bitsPerSample / 8), !0), u.setUint16(34, this.bitsPerSample, 

1994!0), this.setString(u, 36, "data"), u.setUint32(40, 0, !0);
1995      }
1996    }
1997    /**
1998     * Retrieves the default input format.
1999     * @member AudioStreamFormatImpl.getDefaultInputFormat
2000     * @function
2001     * @public
2002     * @returns {AudioStreamFormatImpl} The default input format.
2003     */
2004    static getDefaultInputFormat() {
2005      return new s();
2006    }
2007    /**
2008     * Creates an audio context appropriate to current browser
2009     * @member AudioStreamFormatImpl.getAudioContext
2010     * @function
2011     * @public
2012     * @returns {AudioContext} An audio context instance
2013     */
2014    /* eslint-disable */
2015    static getAudioContext(a) {
2016      const n = window.AudioContext || window.webkitAudioContext || !1;
2017      if (n)
2018        return a !== void 0 && navigator.mediaDevices.getSupportedConstraints().sampleRate ? new n({ sampleRate: a }) : new n();
2019      throw new Error("Browser does not support Web Audio API (AudioContext is not available).");
2020    }
2021    /* eslint-enable */
2022    /**
2023     * Closes the configuration object.
2024     * @member AudioStreamFormatImpl.prototype.close
2025     * @function
2026     * @public
2027     */
2028    close() {
2029    }
2030    get header() {
2031      return this.privHeader;
2032    }
2033    setString(a, n, i) {
2034      for (let o = 0; o < i.length; o++)
2035        a.setUint8(n + o, i.charCodeAt(o));
2036    }
2037  }
2038  t.AudioStreamFormatImpl = s;
2039})(Ae);
2040var Cs;
2041function nd() {
2042  return Cs || (Cs = 1, function(t) {
2043    Object.defineProperty(t, "__esModule", { value: !0 }), t.MicAudioSource = t.AudioWorkletSourceURLPropertyName = void 0;
2044    const e = A(), r = I(), s = Ae;
2045    t.AudioWorkletSourceURLPropertyName = "MICROPHONE-WorkletSourceUrl";
2046    class p {
2047      constructor(n, i, o, c) {
2048        this.privRecorder = n, this.deviceId = i, this.privStreams = {}, this.privOutputChunkSize = p.AUDIOFORMAT.avgBytesPerSec / 10, this.privId = o || (0, r.createNoDashGuid)(), this.privEvents = new r.EventSource(), this.privMediaStream = c || null, this.privIsClosing = !1;
2049      }
2050      get format() {
2051        return Promise.resolve(p.AUDIOFORMAT);
2052      }
2053      turnOn() {
2054        if (this.privInitializeDeferral)
2055          return this.privInitializeDeferral.promise;
2056        this.privInitializeDeferral = new r.Deferred();
2057        try {
2058          this.createAudioContext();
2059        } catch (o) {
2060          if (o instanceof Error) {
2061            const c = o;
2062            this.privInitializeDeferral.reject(c.name + ": " + c.message);
2063          } else
2064            this.privInitializeDeferral.reject(o);
2065          return this.privInitializeDeferral.promise;
2066        }
2067        const n = window.navigator;
2068        let i = (
2069          // eslint-disable-next-line
2070          n.getUserMedia || n.webkitGetUserMedia || n.mozGetUserMedia || n.msGetUserMedia
2071        );
2072        if (n.mediaDevices && (i = (o, c, u) => {
2073          n.mediaDevices.getUserMedia(o).then(c).catch(u);
2074        }), i) {
2075          const o = () => {
2076            this.onEvent(new r.AudioSourceInitializingEvent(this.privId)), this.privMediaStream && this.privMediaStream.active ? (this.onEvent(new r.AudioSourceReadyEvent(this.privId)), this.privInitializeDeferral.resolve()) : i({ audio: this.deviceId ? { deviceId: this.deviceId } : !0, video: !1 }, (c) => {
2077              this.privMediaStream = c, this.onEvent(new r.AudioSourceReadyEvent(this.privId)), this.privInitializeDeferral.resolve();
2078            }, (c) => {
2079              const u = `Error occurred during microphone initialization: ${c}`;
2080              this.privInitializeDeferral.reject(u), this.onEvent(new r.AudioSourceErrorEvent(this.privId, u));
2081            });
2082          };
2083          this.privContext.state === "suspended" ? this.privContext.resume().then(o).catch((c) => {
2084            this.privInitializeDeferral.reject(`Failed to initialize audio context: ${c}`);
2085          }) : o();
2086        } else {
2087          const o = "Browser does not support getUserMedia.";
2088          this.privInitializeDeferral.reject(o), this.onEvent(new r.AudioSourceErrorEvent(o, ""));
2089        }
2090        return this.privInitializeDeferral.promise;
2091      }
2092      id() {
2093        return this.privId;
2094      }
2095      attach(n) {
2096        return this.onEvent(new r.AudioStreamNodeAttachingEvent(this.privId, n)), this.listen(n).then((i) => (this.onEvent(new r.AudioStreamNodeAttachedEvent(this.privId, n)), {
2097          detach: async () => (i.readEnded(), delete this.privStreams[n], this.onEvent(new r.AudioStreamNodeDetachedEvent(this.privId, n)), this.turnOff()),
2098          id: () => n,
2099          read: () => i.read()
2100        }));
2101      }
2102      detach(n) {
2103        n && this.privStreams[n] && (this.privStreams[n].close(), delete this.privStreams[n], this.onEvent(new r.AudioStreamNodeDetachedEvent(this.privId, n)));
2104      }
2105      async turnOff() {
2106        for (const n in this.privStreams)
2107          if (n) {
2108            const i = this.privStreams[n];
2109            i && i.close();
2110          }

2111        this.onEvent(new r.AudioSourceOffEvent(this.privId)), this.privInitializeDeferral && (await this.privInitializeDeferral, this.privInitializeDeferral = null), await this.destroyAudioContext();
2112      }
2113      get events() {
2114        return this.privEvents;
2115      }
2116      get deviceInfo() {
2117        return this.getMicrophoneLabel().then((n) => ({
2118          bitspersample: p.AUDIOFORMAT.bitsPerSample,
2119          channelcount: p.AUDIOFORMAT.channels,
2120          connectivity: e.connectivity.Unknown,
2121          manufacturer: "Speech SDK",
2122          model: n,
2123          samplerate: p.AUDIOFORMAT.samplesPerSec,
2124          type: e.type.Microphones
2125        }));
2126      }
2127      setProperty(n, i) {
2128        if (n === t.AudioWorkletSourceURLPropertyName)
2129          this.privRecorder.setWorkletUrl(i);
2130        else
2131          throw new Error("Property '" + n + "' is not supported on Microphone.");
2132      }
2133      getMicrophoneLabel() {
2134        const n = "microphone";
2135        if (this.privMicrophoneLabel !== void 0)
2136          return Promise.resolve(this.privMicrophoneLabel);
2137        if (this.privMediaStream === void 0 || !this.privMediaStream.active)
2138          return Promise.resolve(n);
2139        this.privMicrophoneLabel = n;
2140        const i = this.privMediaStream.getTracks()[0].getSettings().deviceId;
2141        if (i === void 0)
2142          return Promise.resolve(this.privMicrophoneLabel);
2143        const o = new r.Deferred();
2144        return navigator.mediaDevices.enumerateDevices().then((c) => {
2145          for (const u of c)
2146            if (u.deviceId === i) {
2147              this.privMicrophoneLabel = u.label;
2148              break;
2149            }
2150          o.resolve(this.privMicrophoneLabel);
2151        }, () => o.resolve(this.privMicrophoneLabel)), o.promise;
2152      }
2153      async listen(n) {
2154        await this.turnOn();
2155        const i = new r.ChunkedArrayBufferStream(this.privOutputChunkSize, n);
2156        this.privStreams[n] = i;
2157        try {
2158          this.privRecorder.record(this.privContext, this.privMediaStream, i);
2159        } catch (c) {
2160          throw this.onEvent(new r.AudioStreamNodeErrorEvent(this.privId, n, c)), c;
2161        }
2162        return i;
2163      }
2164      onEvent(n) {
2165        this.privEvents.onEvent(n), r.Events.instance.onEvent(n);
2166      }
2167      createAudioContext() {
2168        this.privContext || (this.privContext = s.AudioStreamFormatImpl.getAudioContext(p.AUDIOFORMAT.samplesPerSec));
2169      }
2170      async destroyAudioContext() {
2171        if (!this.privContext)
2172          return;
2173        this.privRecorder.releaseMediaResources(this.privContext);
2174        let n = !1;
2175        "close" in this.privContext && (n = !0), n ? this.privIsClosing || (this.privIsClosing = !0, await this.privContext.close(), this.privContext = null, this.privIsClosing = !1) : this.privContext !== null && this.privContext.state === "running" && await this.privContext.suspend();
2176      }
2177    }
2178    t.MicAudioSource = p, p.AUDIOFORMAT = s.AudioStreamFormat.getDefaultInputFormat();
2179  }(fn)), fn;
2180}
2181var it = {}, ys;
2182function sd() {
2183  if (ys) return it;
2184  ys = 1, Object.defineProperty(it, "__esModule", { value: !0 }), it.FileAudioSource = void 0;
2185  const t = A(), e = I(), r = Ae;
2186  let s = class {
2187    constructor(a, n, i) {
2188      this.privStreams = {}, this.privHeaderEnd = 44, this.privId = i || (0, e.createNoDashGuid)(), this.privEvents = new e.EventSource(), this.privSource = a, typeof window < "u" && typeof Blob < "u" && this.privSource instanceof Blob ? this.privFilename = a.name : this.privFilename = n || "unknown.wav", this.privAudioFormatPromise = this.readHeader();
2189    }
2190    get format() {
2191      return this.privAudioFormatPromise;
2192    }
2193    turnOn() {
2194      if (this.privFilename.lastIndexOf(".wav") !== this.privFilename.length - 4) {
2195        const a = this.privFilename + " is not supported. Only WAVE files are allowed at the moment.";
2196        return this.onEvent(new e.AudioSourceErrorEvent(a, "")), Promise.reject(a);
2197      }
2198      this.onEvent(new e.AudioSourceInitializingEvent(this.privId)), this.onEvent(new e.AudioSourceReadyEvent(this.privId));
2199    }
2200    id() {
2201      return this.privId;
2202    }
2203    async attach(a) {
2204      this.onEvent(new e.AudioStreamNodeAttachingEvent(this.privId, a));
2205      const n = await this.upload(a);
2206      return this.onEvent(new e.AudioStreamNodeAttachedEvent(this.privId, a)), Promise.resolve({
2207        detach: async () => {
2208          n.readEnded(), delete this.privStreams[a], this.onEvent(new e.AudioStreamNodeDetachedEvent(this.privId, a)), await this.turnOff();
2209        },
2210        id: () => a,
2211        read: () => n.read()
2212      });
2213    }
2214    detach(a) {
2215      a && this.privStreams[a] && (this.privStreams[a].close(), delete this.privStreams[a], this.onEvent(new e.AudioStreamNodeDetachedEvent(this.privId, a)));
2216    }
2217    turnOff() {
2218      for (const a in this.privStreams)
2219        if (a) {
2220          const n = this.privStreams[a];
2221          n && !n.isClosed && n.close();
2222        }
2223      return this.onEvent(new e.AudioSourceOffEvent(this.privId)

2223), Promise.resolve();
2224    }
2225    get events() {
2226      return this.privEvents;
2227    }
2228    get deviceInfo() {
2229      return this.privAudioFormatPromise.then((a) => Promise.resolve({
2230        bitspersample: a.bitsPerSample,
2231        channelcount: a.channels,
2232        connectivity: t.connectivity.Unknown,
2233        manufacturer: "Speech SDK",
2234        model: "File",
2235        samplerate: a.samplesPerSec,
2236        type: t.type.File
2237      }));
2238    }
2239    readHeader() {
2240      const n = this.privSource.slice(0, 4296), i = new e.Deferred(), o = (c) => {
2241        const u = new DataView(c), h = (l) => String.fromCharCode(u.getUint8(l), u.getUint8(l + 1), u.getUint8(l + 2), u.getUint8(l + 3));
2242        if (h(0) !== "RIFF") {
2243          i.reject("Invalid WAV header in file, RIFF was not found");
2244          return;
2245        }
2246        if (h(8) !== "WAVE" || h(12) !== "fmt ") {
2247          i.reject("Invalid WAV header in file, WAVEfmt was not found");
2248          return;
2249        }
2250        const d = u.getInt32(16, !0), v = u.getUint16(22, !0), f = u.getUint32(24, !0), m = u.getUint16(34, !0);
2251        let S = 36 + Math.max(d - 16, 0);
2252        for (; h(S) !== "data"; S += 2)
2253          if (S > 4288) {
2254            i.reject("Invalid WAV header in file, data block was not found");
2255            return;
2256          }
2257        this.privHeaderEnd = S + 8, i.resolve(r.AudioStreamFormat.getWaveFormatPCM(f, m, v));
2258      };
2259      if (typeof window < "u" && typeof Blob < "u" && n instanceof Blob) {
2260        const c = new FileReader();
2261        c.onload = (u) => {
2262          const h = u.target.result;
2263          o(h);
2264        }, c.readAsArrayBuffer(n);
2265      } else {
2266        const c = n;
2267        o(c.buffer.slice(c.byteOffset, c.byteOffset + c.byteLength));
2268      }
2269      return i.promise;
2270    }
2271    async upload(a) {
2272      const n = (i) => {
2273        const o = `Error occurred while processing '${this.privFilename}'. ${i}`;
2274        throw this.onEvent(new e.AudioStreamNodeErrorEvent(this.privId, a, o)), new Error(o);
2275      };
2276      try {
2277        await this.turnOn();
2278        const i = await this.privAudioFormatPromise, o = new e.ChunkedArrayBufferStream(i.avgBytesPerSec / 10, a);
2279        this.privStreams[a] = o;
2280        const c = this.privSource.slice(this.privHeaderEnd), u = (h) => {
2281          o.isClosed || (o.writeStreamChunk({
2282            buffer: h,
2283            isEnd: !1,
2284            timeReceived: Date.now()
2285          }), o.close());
2286        };
2287        if (typeof window < "u" && typeof Blob < "u" && c instanceof Blob) {
2288          const h = new FileReader();
2289          h.onerror = (d) => n(d.toString()), h.onload = (d) => {
2290            const v = d.target.result;
2291            u(v);
2292          }, h.readAsArrayBuffer(c);
2293        } else {
2294          const h = c;
2295          u(h.buffer.slice(h.byteOffset, h.byteOffset + h.byteLength));
2296        }
2297        return o;
2298      } catch (i) {
2299        n(i);
2300      }
2301    }
2302    onEvent(a) {
2303      this.privEvents.onEvent(a), e.Events.instance.onEvent(a);
2304    }
2305  };
2306  return it.FileAudioSource = s, it;
2307}
2308var gi = {};
2309Object.defineProperty(gi, "__esModule", { value: !0 });
2310gi.PcmRecorder = void 0;
2311const od = I();
2312class ad {
2313  constructor(e) {
2314    this.privStopInputOnRelease = e;
2315  }
2316  record(e, r, s) {
2317    const a = new od.RiffPcmEncoder(e.sampleRate, 16e3), n = e.createMediaStreamSource(r), i = () => {
2318      const c = (() => {
2319        let u = 0;
2320        try {
2321          return e.createScriptProcessor(u, 1, 1);
2322        } catch {
2323          u = 2048;
2324          let d = e.sampleRate;
2325          for (; u < 16384 && d >= 32e3; )
2326            u <<= 1, d >>= 1;
2327          return e.createScriptProcessor(u, 1, 1);
2328        }
2329      })();
2330      c.onaudioprocess = (u) => {
2331        const h = u.inputBuffer.getChannelData(0);
2332        if (s && !s.isClosed) {
2333          const d = a.encode(h);
2334          d && s.writeStreamChunk({
2335            buffer: d,
2336            isEnd: !1,
2337            timeReceived: Date.now()
2338          });
2339        }
2340      }, n.connect(c), c.connect(e.destination), this.privMediaResources = {
2341        scriptProcessorNode: c,
2342        source: n,
2343        stream: r
2344      };
2345    }, o = !!this.privSpeechProcessorScript && this.privSpeechProcessorScript.toLowerCase() === "ignore";
2346    if (e.audioWorklet && !o) {
2347      if (!this.privSpeechProcessorScript) {
2348        const c = `class SP extends AudioWorkletProcessor {
2349                    constructor(options) {
2350                      super(options);
2351                    }
2352                    process(inputs, outputs) {
2353                      const input = inputs[0];
2354                      const output = [];
2355                      for (let channel = 0; channel < input.length; channel += 1) {
2356                        output[channel] = input[channel];
2357                      }
2358                      this.port.postMessage(output[0]);
2359                      return true;
2360                    }
2361                  }
2362                  registerProcessor('speech-processor', SP);`, u = new Blob([c], { type: "application/javascript; charset=utf-8" });
2363        this.privSpeechProcessorScript = URL.createObjectURL(u);
2364      }
2365      e.audioWorklet.addModule(this.privSpeechProcessorScript).then(() => {
2366        const c = new AudioWorkletNode(e, "speech-processor");
2367        c.port.onmessage = (u) => {
2368          const h = u.data;
2369          if (s && !s.isClosed) {
2370            const d = a.encode(h);
2371            d && s.writeStreamChunk({
2372              buffer: d,
2373              isEnd: !1,
2374              timeReceived: Date.now()
2375            });
2376          }
2377        }, n.connect(c), c.connect(e.destination), this.privMediaResources = {
2378          scriptProcessorNode: c,
2379          source: n,
2380          stream: r
2381        };
2382      }).catch(() => {
2383        i();
2384      });
2385    } else

2386      try {
2387        i();
2388      } catch (c) {
2389        throw new Error(`Unable to start audio worklet node for PCMRecorder: ${c}`);
2390      }
2391  }
2392  releaseMediaResources(e) {
2393    this.privMediaResources && (this.privMediaResources.scriptProcessorNode && (this.privMediaResources.scriptProcessorNode.disconnect(e.destination), this.privMediaResources.scriptProcessorNode = null), this.privMediaResources.source && (this.privMediaResources.source.disconnect(), this.privStopInputOnRelease && this.privMediaResources.stream.getTracks().forEach((r) => r.stop()), this.privMediaResources.source = null));
2394  }
2395  setWorkletUrl(e) {
2396    this.privSpeechProcessorScript = e;
2397  }
2398}
2399gi.PcmRecorder = ad;
2400var mi = {}, kr = {}, cd = k && k.__createBinding || (Object.create ? function(t, e, r, s) {
2401  s === void 0 && (s = r), Object.defineProperty(t, s, { enumerable: !0, get: function() {
2402    return e[r];
2403  } });
2404} : function(t, e, r, s) {
2405  s === void 0 && (s = r), t[s] = e[r];
2406}), pd = k && k.__setModuleDefault || (Object.create ? function(t, e) {
2407  Object.defineProperty(t, "default", { enumerable: !0, value: e });
2408} : function(t, e) {
2409  t.default = e;
2410}), Ua = k && k.__importStar || function(t) {
2411  if (t && t.__esModule) return t;
2412  var e = {};
2413  if (t != null) for (var r in t) r !== "default" && Object.prototype.hasOwnProperty.call(t, r) && cd(e, t, r);
2414  return pd(e, t), e;
2415}, zn = k && k.__importDefault || function(t) {
2416  return t && t.__esModule ? t : { default: t };
2417};
2418Object.defineProperty(kr, "__esModule", { value: !0 });
2419kr.WebsocketMessageAdapter = void 0;
2420const ud = Ua(Ue), hd = Ua(Ue), dd = zn(Ue), vd = zn(Ue), ld = zn(Ue), fd = Y, b = I();
2421class wr {
2422  constructor(e, r, s, p, a, n) {
2423    if (!e)
2424      throw new b.ArgumentNullError("uri");
2425    if (!s)
2426      throw new b.ArgumentNullError("messageFormatter");
2427    this.proxyInfo = p, this.privConnectionEvents = new b.EventSource(), this.privConnectionId = r, this.privMessageFormatter = s, this.privConnectionState = b.ConnectionState.None, this.privUri = e, this.privHeaders = a, this.privEnableCompression = n, this.privHeaders[fd.HeaderNames.ConnectionId] = this.privConnectionId, this.privHeaders.connectionId = this.privConnectionId, this.privLastErrorReceived = "";
2428  }
2429  get state() {
2430    return this.privConnectionState;
2431  }
2432  open() {
2433    if (this.privConnectionState === b.ConnectionState.Disconnected)
2434      return Promise.reject(`Cannot open a connection that is in ${this.privConnectionState} state`);
2435    if (this.privConnectionEstablishDeferral)
2436      return this.privConnectionEstablishDeferral.promise;
2437    this.privConnectionEstablishDeferral = new b.Deferred(), this.privCertificateValidatedDeferral = new b.Deferred(), this.privConnectionState = b.ConnectionState.Connecting;
2438    try {
2439      if (typeof WebSocket < "u" && !wr.forceNpmWebSocket)
2440        this.privCertificateValidatedDeferral.resolve(), this.privWebsocketClient = new WebSocket(this.privUri);
2441      else {
2442        let r = new URL(this.privUri).protocol;
2443        (r == null ? void 0 : r.toLocaleLowerCase()) === "wss:" ? r = "https:" : (r == null ? void 0 : r.toLocaleLowerCase()) === "ws:" && (r = "http:");
2444        const s = { headers: this.privHeaders, perMessageDeflate: this.privEnableCompression, followRedirects: r.toLocaleLowerCase() === "https:" };
2445        this.privCertificateValidatedDeferral.resolve(), s.agent = this.getAgent(), s.agent.protocol = r, this.privWebsocketClient = new ld.default(this.privUri, s), this.privWebsocketClient.on("redirect", (p) => {
2446          const a = new b.ConnectionRedirectEvent(this.privConnectionId, p, this.privUri, `Getting redirect URL from endpoint ${this.privUri} with redirect URL '${p}'`);
2447          b.Events.instance.onEvent(a);
2448        });
2449      }
2450      this.privWebsocketClient.binaryType = "arraybuffer", this.privReceivingMessageQueue = new b.Queue(), this.privDisconnectDeferral = new b.Deferred(), this.privSendMessageQueue = new b.Queue(), this.processSendQueue().catch((e) => {
2451        b.Events.instance.onEvent(new b.BackgroundEvent(e));
2452      });
2453    } catch (e) {
2454      return this.privConnectionEstablishDeferral.resolve(new b.ConnectionOpenResponse(500, e)), this.privConnectionEstablishDeferral.promise;
2455    }
2456    return this.onEvent(new b.ConnectionStartEvent(this.privConnectionId, this.privUri)), this.privWebsocketClient.onopen = () => {
2457      this.privCertificateValidatedDeferral.promise.then(() => {
2458        this.privConnectionState = b.ConnectionState.Connected, this.onEvent(new b.ConnectionEstablishedEvent(this.privConnectionId)), this.privConnectionEstablishDeferral.resolve(new b.ConnectionOpenResponse(200, ""));
2459      }, (e) => {
2460        this.privConnectionEstablishDeferral.reject(e);
2461      });
2462    }, this.privWebsocketClient.onerror = (e) => {
2463      this.onEvent(new b.ConnectionErrorEvent(this.privConnectionId, e.message, e.type)), this.privLastErrorReceived = e.message;
2464    }, this.privWebsocketClient.onclose = (e) => {
2465      this.privConnectionState === b.ConnectionState.Connecting ? (this.privConnectionState = b.ConnectionState.Disconnected, this.privConnectionEstablishDeferral.resolve(new b.ConnectionOpenResponse(e.code, e.reason + " " + this.privLastErrorReceived))) : (this.privConnectionState = b.ConnectionState.Disconnected, this.privWebsocketClient = null, this.onEvent(new b.ConnectionClosedEvent(this.privConnectionId, e.code, e.reason))), this.onClose(e.code, e.reason).catch((r) => {

2466        b.Events.instance.onEvent(new b.BackgroundEvent(r));
2467      });
2468    }, this.privWebsocketClient.onmessage = (e) => {
2469      const r = (/* @__PURE__ */ new Date()).toISOString();
2470      if (this.privConnectionState === b.ConnectionState.Connected) {
2471        const s = new b.Deferred();
2472        if (this.privReceivingMessageQueue.enqueueFromPromise(s.promise), e.data instanceof ArrayBuffer) {
2473          const p = new b.RawWebsocketMessage(b.MessageType.Binary, e.data);
2474          this.privMessageFormatter.toConnectionMessage(p).then((a) => {
2475            this.onEvent(new b.ConnectionMessageReceivedEvent(this.privConnectionId, r, a)), s.resolve(a);
2476          }, (a) => {
2477            s.reject(`Invalid binary message format. Error: ${a}`);
2478          });
2479        } else {
2480          const p = new b.RawWebsocketMessage(b.MessageType.Text, e.data);
2481          this.privMessageFormatter.toConnectionMessage(p).then((a) => {
2482            this.onEvent(new b.ConnectionMessageReceivedEvent(this.privConnectionId, r, a)), s.resolve(a);
2483          }, (a) => {
2484            s.reject(`Invalid text message format. Error: ${a}`);
2485          });
2486        }
2487      }
2488    }, this.privConnectionEstablishDeferral.promise;
2489  }
2490  send(e) {
2491    if (this.privConnectionState !== b.ConnectionState.Connected)
2492      return Promise.reject(`Cannot send on connection that is in ${b.ConnectionState[this.privConnectionState]} state`);
2493    const r = new b.Deferred(), s = new b.Deferred();
2494    return this.privSendMessageQueue.enqueueFromPromise(s.promise), this.privMessageFormatter.fromConnectionMessage(e).then((p) => {
2495      s.resolve({
2496        Message: e,
2497        RawWebsocketMessage: p,
2498        sendStatusDeferral: r
2499      });
2500    }, (p) => {
2501      s.reject(`Error formatting the message. ${p}`);
2502    }), r.promise;
2503  }
2504  read() {
2505    return this.privConnectionState !== b.ConnectionState.Connected ? Promise.reject(`Cannot read on connection that is in ${this.privConnectionState} state`) : this.privReceivingMessageQueue.dequeue();
2506  }
2507  close(e) {
2508    if (this.privWebsocketClient)
2509      this.privConnectionState !== b.ConnectionState.Disconnected && this.privWebsocketClient.close(1e3, e || "Normal closure by client");
2510    else
2511      return Promise.resolve();
2512    return this.privDisconnectDeferral.promise;
2513  }
2514  get events() {
2515    return this.privConnectionEvents;
2516  }
2517  sendRawMessage(e) {
2518    try {
2519      if (!e)
2520        return Promise.resolve();
2521      if (this.onEvent(new b.ConnectionMessageSentEvent(this.privConnectionId, (/* @__PURE__ */ new Date()).toISOString(), e.Message)), this.isWebsocketOpen)
2522        this.privWebsocketClient.send(e.RawWebsocketMessage.payload);
2523      else
2524        return Promise.reject("websocket send error: Websocket not ready " + this.privConnectionId + " " + e.Message.id + " " + new Error().stack);
2525      return Promise.resolve();
2526    } catch (r) {
2527      return Promise.reject(`websocket send error: ${r}`);
2528    }
2529  }
2530  async onClose(e, r) {
2531    const s = `Connection closed. ${e}: ${r}`;
2532    this.privConnectionState = b.ConnectionState.Disconnected, this.privDisconnectDeferral.resolve(), await this.privReceivingMessageQueue.drainAndDispose(() => {
2533    }, s), await this.privSendMessageQueue.drainAndDispose((p) => {
2534      p.sendStatusDeferral.reject(s);
2535    }, s);
2536  }
2537  async processSendQueue() {
2538    for (; ; ) {
2539      const r = await this.privSendMessageQueue.dequeue();
2540      if (!r)
2541        return;
2542      try {
2543        await this.sendRawMessage(r), r.sendStatusDeferral.resolve();
2544      } catch (s) {
2545        r.sendStatusDeferral.reject(s);
2546      }
2547    }
2548  }
2549  onEvent(e) {
2550    this.privConnectionEvents.onEvent(e), b.Events.instance.onEvent(e);
2551  }
2552  // eslint-disable-next-line @typescript-eslint/no-unused-vars
2553  getAgent() {
2554    const e = new dd.default.Agent(this.createConnection);
2555    return this.proxyInfo !== void 0 && this.proxyInfo.HostName !== void 0 && this.proxyInfo.Port > 0 && (e.proxyInfo = this.proxyInfo), e;
2556  }
2557  static GetProxyAgent(e) {
2558    const r = {
2559      host: e.HostName,
2560      port: e.Port
2561    };
2562    return e.UserName ? r.headers = {
2563      "Proxy-Authentication": "Basic " + Buffer.from(`${e.UserName}:${e.Password === void 0 ? "" : e.Password}`).toString("base64")
2564    } : r.headers = {}, r.headers.requestOCSP = "true", new vd.default(r);
2565  }
2566  createConnection(e, r) {
2567    let s;
2568    if (r = {
2569      ...r,
2570      requestOCSP: !0,
2571      servername: r.host
2572    }, this.proxyInfo) {
2573      const a = wr.GetProxyAgent(this.proxyInfo);
2574      s = new Promise((n, i) => {
2575        a.callback(e, r, (o, c) => {
2576          o ? i(o) : n(c);
2577        });
2578      });
2579    } else
2580      r.secureEndpoint ? s = Promise.resolve(hd.connect(r)) : s = Promise.resolve(ud.connect(r));
2581    return s;
2582  }
2583  get isWebsocketOpen() {
2584    return this.privWebsocketClient && this.privWebsocketClient.readyState === this.privWebsocketClient.OPEN;
2585  }
2586}
2587kr.WebsocketMessageAdapter = wr;
2588wr.forceNpmWebSocket = !1;

2589Object.defineProperty(mi, "__esModule", { value: !0 });
2590mi.WebsocketConnection = void 0;
2591const gn = I(), gd = kr;
2592class md {
2593  constructor(e, r, s, p, a, n = !1, i) {
2594    if (this.privIsDisposed = !1, !e)
2595      throw new gn.ArgumentNullError("uri");
2596    if (!p)
2597      throw new gn.ArgumentNullError("messageFormatter");
2598    this.privMessageFormatter = p;
2599    let o = "", c = 0;
2600    if (r) {
2601      for (const u in r)
2602        if (u) {
2603          o += c === 0 && e.indexOf("?") === -1 ? "?" : "&";
2604          const h = encodeURIComponent(u);
2605          o += h;
2606          let d = r[u];
2607          d && (d = encodeURIComponent(d), o += `=${d}`), c++;
2608        }
2609    }
2610    if (s) {
2611      for (const u in s)
2612        if (u) {
2613          o += c === 0 && e.indexOf("?") === -1 ? "?" : "&";
2614          const h = encodeURIComponent(s[u]);
2615          o += `${u}=${h}`, c++;
2616        }
2617    }
2618    this.privUri = e + o, this.privId = i || (0, gn.createNoDashGuid)(), this.privConnectionMessageAdapter = new gd.WebsocketMessageAdapter(this.privUri, this.id, this.privMessageFormatter, a, s, n);
2619  }
2620  async dispose() {
2621    this.privIsDisposed = !0, this.privConnectionMessageAdapter && await this.privConnectionMessageAdapter.close();
2622  }
2623  isDisposed() {
2624    return this.privIsDisposed;
2625  }
2626  get id() {
2627    return this.privId;
2628  }
2629  get uri() {
2630    return this.privUri;
2631  }
2632  state() {
2633    return this.privConnectionMessageAdapter.state;
2634  }
2635  open() {
2636    return this.privConnectionMessageAdapter.open();
2637  }
2638  send(e) {
2639    return this.privConnectionMessageAdapter.send(e);
2640  }
2641  read() {
2642    return this.privConnectionMessageAdapter.read();
2643  }
2644  get events() {
2645    return this.privConnectionMessageAdapter.events;
2646  }
2647}
2648mi.WebsocketConnection = md;
2649var Si = {};
2650Object.defineProperty(Si, "__esModule", { value: !0 });
2651Si.ReplayableAudioNode = void 0;
2652class Sd {
2653  constructor(e, r) {
2654    this.privBuffers = [], this.privReplayOffset = 0, this.privLastShrinkOffset = 0, this.privBufferStartOffset = 0, this.privBufferSerial = 0, this.privBufferedBytes = 0, this.privReplay = !1, this.privLastChunkAcquiredTime = 0, this.privAudioNode = e, this.privBytesPerSecond = r;
2655  }
2656  id() {
2657    return this.privAudioNode.id();
2658  }
2659  // Reads and returns the next chunk of audio buffer.
2660  // If replay of existing buffers are needed, read() will first seek and replay
2661  // existing content, and upoin completion it will read new content from the underlying
2662  // audio node, saving that content into the replayable buffers.
2663  read() {
2664    if (this.privReplay && this.privBuffers.length !== 0) {
2665      const e = this.privReplayOffset - this.privBufferStartOffset;
2666      let r = Math.round(e * this.privBytesPerSecond * 1e-7);
2667      r % 2 !== 0 && r++;
2668      let s = 0;
2669      for (; s < this.privBuffers.length && r >= this.privBuffers[s].chunk.buffer.byteLength; )
2670        r -= this.privBuffers[s++].chunk.buffer.byteLength;
2671      if (s < this.privBuffers.length) {
2672        const p = this.privBuffers[s].chunk.buffer.slice(r);
2673        return this.privReplayOffset += p.byteLength / this.privBytesPerSecond * 1e7, s === this.privBuffers.length - 1 && (this.privReplay = !1), Promise.resolve({
2674          buffer: p,
2675          isEnd: !1,
2676          timeReceived: this.privBuffers[s].chunk.timeReceived
2677        });
2678      }
2679    }
2680    return this.privAudioNode.read().then((e) => (e && e.buffer && this.privBuffers && (this.privBuffers.push(new Cd(e, this.privBufferSerial++, this.privBufferedBytes)), this.privBufferedBytes += e.buffer.byteLength), e));
2681  }
2682  detach() {
2683    return this.privBuffers = void 0, this.privAudioNode.detach();
2684  }
2685  replay() {
2686    this.privBuffers && this.privBuffers.length !== 0 && (this.privReplay = !0, this.privReplayOffset = this.privLastShrinkOffset);
2687  }
2688  // Shrinks the existing audio buffers to start at the new offset, or at the
2689  // beginning of the buffer closest to the requested offset.
2690  // A replay request will start from the last shrink point.
2691  shrinkBuffers(e) {
2692    if (this.privBuffers === void 0 || this.privBuffers.length === 0)
2693      return;
2694    this.privLastShrinkOffset = e;
2695    const r = e - this.privBufferStartOffset;
2696    let s = Math.round(r * this.privBytesPerSecond * 1e-7), p = 0;
2697    for (; p < this.privBuffers.length && s >

2697= this.privBuffers[p].chunk.buffer.byteLength; )
2698      s -= this.privBuffers[p++].chunk.buffer.byteLength;
2699    this.privBufferStartOffset = Math.round(e - s / this.privBytesPerSecond * 1e7), this.privBuffers = this.privBuffers.slice(p);
2700  }
2701  // Finds the time a buffer of audio was first seen by offset.
2702  findTimeAtOffset(e) {
2703    if (e < this.privBufferStartOffset || this.privBuffers === void 0)
2704      return 0;
2705    for (const r of this.privBuffers) {
2706      const s = r.byteOffset / this.privBytesPerSecond * 1e7, p = s + r.chunk.buffer.byteLength / this.privBytesPerSecond * 1e7;
2707      if (e >= s && e <= p)
2708        return r.chunk.timeReceived;
2709    }
2710    return 0;
2711  }
2712}
2713Si.ReplayableAudioNode = Sd;
2714class Cd {
2715  constructor(e, r, s) {
2716    this.chunk = e, this.serial = r, this.byteOffset = s;
2717  }
2718}
2719var nt = {}, mn = {}, he = {}, Nr = {}, yd = k && k.__createBinding || (Object.create ? function(t, e, r, s) {
2720  s === void 0 && (s = r), Object.defineProperty(t, s, { enumerable: !0, get: function() {
2721    return e[r];
2722  } });
2723} : function(t, e, r, s) {
2724  s === void 0 && (s = r), t[s] = e[r];
2725}), Pd = k && k.__setModuleDefault || (Object.create ? function(t, e) {
2726  Object.defineProperty(t, "default", { enumerable: !0, value: e });
2727} : function(t, e) {
2728  t.default = e;
2729}), Rd = k && k.__importStar || function(t) {
2730  if (t && t.__esModule) return t;
2731  var e = {};
2732  if (t != null) for (var r in t) r !== "default" && Object.prototype.hasOwnProperty.call(t, r) && yd(e, t, r);
2733  return Pd(e, t), e;
2734};
2735Object.defineProperty(Nr, "__esModule", { value: !0 });
2736Nr.AudioFileWriter = void 0;
2737const st = Rd(Ue), Sn = O;
2738class Ed {
2739  constructor(e) {
2740    Sn.Contracts.throwIfNullOrUndefined(st.openSync, `
2741File System access not available, please use Push or PullAudioOutputStream`), this.privFd = st.openSync(e, "w");
2742  }
2743  set format(e) {
2744    Sn.Contracts.throwIfNotUndefined(this.privAudioFormat, "format is already set"), this.privAudioFormat = e;
2745    let r = 0;
2746    this.privAudioFormat.hasHeader && (r = this.privAudioFormat.header.byteLength), this.privFd !== void 0 && (this.privWriteStream = st.createWriteStream("", { fd: this.privFd, start: r, autoClose: !1 }));
2747  }
2748  write(e) {
2749    Sn.Contracts.throwIfNullOrUndefined(this.privAudioFormat, "must set format before writing."), this.privWriteStream !== void 0 && this.privWriteStream.write(new Uint8Array(e.slice(0)));
2750  }
2751  close() {
2752    this.privFd !== void 0 && (this.privWriteStream.on("finish", () => {
2753      this.privAudioFormat.hasHeader && (this.privAudioFormat.updateHeader(this.privWriteStream.bytesWritten), st.writeSync(this.privFd, new Int8Array(this.privAudioFormat.header), 0, this.privAudioFormat.header.byteLength, 0)), st.closeSync(this.privFd), this.privFd = void 0;
2754    }), this.privWriteStream.end());
2755  }
2756  id() {
2757    return this.privId;
2758  }
2759}
2760Nr.AudioFileWriter = Ed;
2761var ie = {}, Ps;
2762function xa() {
2763  if (Ps) return ie;
2764  Ps = 1, Object.defineProperty(ie, "__esModule", { value: !0 }), ie.PullAudioInputStreamImpl = ie.PullAudioInputStream = ie.PushAudioInputStreamImpl = ie.PushAudioInputStream = ie.AudioInputStream = void 0;
2765  const t = A(), e = I(), r = oe, s = R(), p = Ae;
2766  let a = class {
2767    /**
2768     * Creates and initializes an instance.
2769     * @constructor
2770     */
2771    constructor() {
2772    }
2773    /**
2774     * Creates a memory backed PushAudioInputStream with the specified audio format.
2775     * @member AudioInputStream.createPushStream
2776     * @function
2777     * @public
2778     * @param {AudioStreamFormat} format - The audio data format in which audio will be
2779     * written to the push audio stream's write() method (Required if format is not 16 kHz 16bit mono PCM).
2780     * @returns {PushAudioInputStream} The audio input stream being created.
2781     */
2782    static createPushStream(h) {
2783      return n.create(h);
2784    }
2785    /**
2786     * Creates a PullAudioInputStream that delegates to the specified callback interface for read()
2787     * and close() methods.
2788     * @member AudioInputStream.createPullStream
2789     * @function
2790     * @public
2791     * @param {PullAudioInputStreamCallback} callback - The custom audio input object, derived from
2792     * PullAudioInputStreamCallback
2793     * @param {AudioStreamFormat} format - The audio data format in which audio will be returned from
2794     * the callback's read() method (Required if format is not 16 kHz 16bit mono PCM).
2795     * @returns {PullAudioInputStream} The audio input stream being created.
2796     */
2797    static createPullStream(h, d) {
2798      return o.create(h, d);
2799    }
2800  };
2801  ie.AudioInputStream = a;
2802  class n extends a {
2803    /**
2804     * Creates a memory backed PushAudioInputStream with the specified audio format.
2805     * @member PushAudioInputStream.create
2806     * @function
2807     * @public
2808     * @param {AudioStreamFormat} format - The audio data format in which audio will be written to the
2809     * push audio stream's write() method (Required if format is not 16 kHz 16bit mono PCM).
2810     * @returns {PushAudioInputStream} The push audio input stream being created.
2811     */
2812    static create(h) {
2813      return new i(h);
2814    }
2815  }
2816  ie.PushAudioInputStream = n;
2817  class i extends n {
2818    /**
2819     * Creates and initalizes an instance with the given values.
2820     * @constructor
2821     * @param {AudioStreamFormat} format - The audio stream format.
2822     */
2823    constructor(h) {
2824      super(), h === void 0 ? this.privFormat = p.AudioStreamFormatImpl.getDefaultInputFormat() : this.privFormat = h, this.privEvents = new e.EventSource(), this.privId = (0, r.createNoDashGuid)(), this.privStream = new e.ChunkedArrayBufferStream(this.privFormat.avgBytesPerSec / 10);
2825    }
2826    /**
2827     * Format information for the audio
2828     */
2829    get format() {
2830      return Promise.resolve(this.privFormat);
2831    }
2832    /**

2833     * Writes the audio data specified by making an internal copy of the data.
2834     * @member PushAudioInputStreamImpl.prototype.write
2835     * @function
2836     * @public
2837     * @param {ArrayBuffer} dataBuffer - The audio buffer of which this function will make a copy.
2838     */
2839    write(h) {
2840      this.privStream.writeStreamChunk({
2841        buffer: h,
2842        isEnd: !1,
2843        timeReceived: Date.now()
2844      });
2845    }
2846    /**
2847     * Closes the stream.
2848     * @member PushAudioInputStreamImpl.prototype.close
2849     * @function
2850     * @public
2851     */
2852    close() {
2853      this.privStream.close();
2854    }
2855    id() {
2856      return this.privId;
2857    }
2858    turnOn() {
2859      this.onEvent(new e.AudioSourceInitializingEvent(this.privId)), this.onEvent(new e.AudioSourceReadyEvent(this.privId));
2860    }
2861    async attach(h) {
2862      this.onEvent(new e.AudioStreamNodeAttachingEvent(this.privId, h)), await this.turnOn();
2863      const d = this.privStream;
2864      return this.onEvent(new e.AudioStreamNodeAttachedEvent(this.privId, h)), {
2865        detach: async () => (this.onEvent(new e.AudioStreamNodeDetachedEvent(this.privId, h)), this.turnOff()),
2866        id: () => h,
2867        read: () => d.read()
2868      };
2869    }
2870    detach(h) {
2871      this.onEvent(new e.AudioStreamNodeDetachedEvent(this.privId, h));
2872    }
2873    turnOff() {
2874    }
2875    get events() {
2876      return this.privEvents;
2877    }
2878    get deviceInfo() {
2879      return Promise.resolve({
2880        bitspersample: this.privFormat.bitsPerSample,
2881        channelcount: this.privFormat.channels,
2882        connectivity: t.connectivity.Unknown,
2883        manufacturer: "Speech SDK",
2884        model: "PushStream",
2885        samplerate: this.privFormat.samplesPerSec,
2886        type: t.type.Stream
2887      });
2888    }
2889    onEvent(h) {
2890      this.privEvents.onEvent(h), e.Events.instance.onEvent(h);
2891    }
2892    toBuffer(h) {
2893      const d = Buffer.alloc(h.byteLength), v = new Uint8Array(h);
2894      for (let f = 0; f < d.length; ++f)
2895        d[f] = v[f];
2896      return d;
2897    }
2898  }
2899  ie.PushAudioInputStreamImpl = i;
2900  class o extends a {
2901    /**
2902     * Creates and initializes and instance.
2903     * @constructor
2904     */
2905    constructor() {
2906      super();
2907    }
2908    /**
2909     * Creates a PullAudioInputStream that delegates to the specified callback interface for
2910     * read() and close() methods, using the default format (16 kHz 16bit mono PCM).
2911     * @member PullAudioInputStream.create
2912     * @function
2913     * @public
2914     * @param {PullAudioInputStreamCallback} callback - The custom audio input object,
2915     * derived from PullAudioInputStreamCustomCallback
2916     * @param {AudioStreamFormat} format - The audio data format in which audio will be
2917     * returned from the callback's read() method (Required if format is not 16 kHz 16bit mono PCM).
2918     * @returns {PullAudioInputStream} The push audio input stream being created.
2919     */
2920    static create(h, d) {
2921      return new c(h, d);
2922    }
2923  }
2924  ie.PullAudioInputStream = o;
2925  class c extends o {
2926    /**
2927     * Creates a PullAudioInputStream that delegates to the specified callback interface for
2928     * read() and close() methods, using the default format (16 kHz 16bit mono PCM).
2929     * @constructor
2930     * @param {PullAudioInputStreamCallback} callback - The custom audio input object,
2931     * derived from PullAudioInputStreamCustomCallback
2932     * @param {AudioStreamFormat} format - The audio data format in which audio will be
2933     * returned from the callback's read() method (Required if format is not 16 kHz 16bit mono PCM).
2934     */
2935    constructor(h, d) {
2936      super(), d === void 0 ? this.privFormat = s.AudioStreamFormat.getDefaultInputFormat() : this.privFormat = d, this.privEvents = new e.EventSource(), this.privId = (0, r.createNoDashGuid)(), this.privCallback = h, this.privIsClosed = !1, this.privBufferSize = this.privFormat.avgBytesPerSec / 10;
2937    }
2938    /**
2939     * Format information for the audio
2940     */
2941    get format() {
2942      return Promise.resolve(this.privFormat);
2943    }
2944    /**
2945     * Closes the stream.
2946     * @member PullAudioInputStreamImpl.prototype.close
2947     * @function
2948     * @public
2949     */
2950    close() {
2951      this.privIsClosed = !0, this.privCallback.close();
2952    }
2953    id() {
2954      return this.privId;
2955    }
2956    turnOn() {
2957      this.onEvent(new e.AudioSourceInitializingEvent(this.privId)

2957), this.onEvent(new e.AudioSourceReadyEvent(this.privId));
2958    }
2959    async attach(h) {
2960      return this.onEvent(new e.AudioStreamNodeAttachingEvent(this.privId, h)), await this.turnOn(), this.onEvent(new e.AudioStreamNodeAttachedEvent(this.privId, h)), {
2961        detach: () => (this.privCallback.close(), this.onEvent(new e.AudioStreamNodeDetachedEvent(this.privId, h)), this.turnOff()),
2962        id: () => h,
2963        read: () => {
2964          let d = 0, v;
2965          for (; d < this.privBufferSize; ) {
2966            const f = new ArrayBuffer(this.privBufferSize - d), m = this.privCallback.read(f);
2967            if (v === void 0 ? v = f : new Int8Array(v).set(new Int8Array(f), d), m === 0)
2968              break;
2969            d += m;
2970          }
2971          return Promise.resolve({
2972            buffer: v.slice(0, d),
2973            isEnd: this.privIsClosed || d === 0,
2974            timeReceived: Date.now()
2975          });
2976        }
2977      };
2978    }
2979    detach(h) {
2980      this.onEvent(new e.AudioStreamNodeDetachedEvent(this.privId, h));
2981    }
2982    turnOff() {
2983    }
2984    get events() {
2985      return this.privEvents;
2986    }
2987    get deviceInfo() {
2988      return Promise.resolve({
2989        bitspersample: this.privFormat.bitsPerSample,
2990        channelcount: this.privFormat.channels,
2991        connectivity: t.connectivity.Unknown,
2992        manufacturer: "Speech SDK",
2993        model: "PullStream",
2994        samplerate: this.privFormat.samplesPerSec,
2995        type: t.type.Stream
2996      });
2997    }
2998    onEvent(h) {
2999      this.privEvents.onEvent(h), e.Events.instance.onEvent(h);
3000    }
3001  }
3002  return ie.PullAudioInputStreamImpl = c, ie;
3003}
3004var U = {}, Ie = {}, jn = {};
3005(function(t) {
3006  Object.defineProperty(t, "__esModule", { value: !0 }), t.SpeechSynthesisOutputFormat = void 0, function(e) {
3007    e[e.Raw8Khz8BitMonoMULaw = 0] = "Raw8Khz8BitMonoMULaw", e[e.Riff16Khz16KbpsMonoSiren = 1] = "Riff16Khz16KbpsMonoSiren", e[e.Audio16Khz16KbpsMonoSiren = 2] = "Audio16Khz16KbpsMonoSiren", e[e.Audio16Khz32KBitRateMonoMp3 = 3] = "Audio16Khz32KBitRateMonoMp3", e[e.Audio16Khz128KBitRateMonoMp3 = 4] = "Audio16Khz128KBitRateMonoMp3", e[e.Audio16Khz64KBitRateMonoMp3 = 5] = "Audio16Khz64KBitRateMonoMp3", e[e.Audio24Khz48KBitRateMonoMp3 = 6] = "Audio24Khz48KBitRateMonoMp3", e[e.Audio24Khz96KBitRateMonoMp3 = 7] = "Audio24Khz96KBitRateMonoMp3", e[e.Audio24Khz160KBitRateMonoMp3 = 8] = "Audio24Khz160KBitRateMonoMp3", e[e.Raw16Khz16BitMonoTrueSilk = 9] = "Raw16Khz16BitMonoTrueSilk", e[e.Riff16Khz16BitMonoPcm = 10] = "Riff16Khz16BitMonoPcm", e[e.Riff8Khz16BitMonoPcm = 11] = "Riff8Khz16BitMonoPcm", e[e.Riff24Khz16BitMonoPcm = 12] = "Riff24Khz16BitMonoPcm", e[e.Riff8Khz8BitMonoMULaw = 13] = "Riff8Khz8BitMonoMULaw", e[e.Raw16Khz16BitMonoPcm = 14] = "Raw16Khz16BitMonoPcm", e[e.Raw24Khz16BitMonoPcm = 15] = "Raw24Khz16BitMonoPcm", e[e.Raw8Khz16BitMonoPcm = 16] = "Raw8Khz16BitMonoPcm", e[e.Ogg16Khz16BitMonoOpus = 17] = "Ogg16Khz16BitMonoOpus", e[e.Ogg24Khz16BitMonoOpus = 18] = "Ogg24Khz16BitMonoOpus", e[e.Raw48Khz16BitMonoPcm = 19] = "Raw48Khz16BitMonoPcm", e[e.Riff48Khz16BitMonoPcm = 20] = "Riff48Khz16BitMonoPcm", e[e.Audio48Khz96KBitRateMonoMp3 = 21] = "Audio48Khz96KBitRateMonoMp3", e[e.Audio48Khz192KBitRateMonoMp3 = 22] = "Audio48Khz192KBitRateMonoMp3", e[e.Ogg48Khz16BitMonoOpus = 23] = "Ogg48Khz16BitMonoOpus", e[e.Webm16Khz16BitMonoOpus = 24] = "Webm16Khz16BitMonoOpus", e[e.Webm24Khz16BitMonoOpus = 25] = "Webm24Khz16BitMonoOpus", e[e.Raw24Khz16BitMonoTrueSilk = 26] = "Raw24Khz16BitMonoTrueSilk", e[e.Raw8Khz8BitMonoALaw = 27] = "Raw8Khz8BitMonoALaw", e[e.Riff8Khz8BitMonoALaw = 28] = "Riff8Khz8BitMonoALaw", e[e.Webm24Khz16Bit24KbpsMonoOpus = 29] = "Webm24Khz16Bit24KbpsMonoOpus", e[e.Audio16Khz16Bit32KbpsMonoOpus = 30] = "Audio16Khz16Bit32KbpsMonoOpus", e[e.Audio24Khz16Bit48KbpsMonoOpus = 31] = "Audio24Khz16Bit48KbpsMonoOpus", e[e.Audio24Khz16Bit24KbpsMonoOpus = 32] = "Audio24Khz16Bit24KbpsMonoOpus", e[e.Raw22050Hz16BitMonoPcm = 33] = "Raw22050Hz16BitMonoPcm", e[e.Riff22050Hz16BitMonoPcm = 34] = "Riff22050Hz16BitMonoPcm", e[e.Raw44100Hz16BitMonoPcm = 35] = "Raw44100Hz16BitMonoPcm", e[e.Riff44100Hz16BitMonoPcm = 36] = "Riff44100Hz16BitMonoPcm", e[e.AmrWb16000Hz = 37] = "AmrWb16000Hz", e[e.G72216Khz64Kbps 

3007= 38] = "G72216Khz64Kbps";
3008  }(t.SpeechSynthesisOutputFormat || (t.SpeechSynthesisOutputFormat = {}));
3009})(jn);
3010Object.defineProperty(Ie, "__esModule", { value: !0 });
3011Ie.AudioOutputFormatImpl = void 0;
3012const D = jn, M = Ae;
3013class w extends M.AudioStreamFormatImpl {
3014  /**
3015   * Creates an instance with the given values.
3016   * @constructor
3017   * @param formatTag
3018   * @param {number} channels - Number of channels.
3019   * @param {number} samplesPerSec - Samples per second.
3020   * @param {number} avgBytesPerSec - Average bytes per second.
3021   * @param {number} blockAlign - Block alignment.
3022   * @param {number} bitsPerSample - Bits per sample.
3023   * @param {string} audioFormatString - Audio format string
3024   * @param {string} requestAudioFormatString - Audio format string sent to service.
3025   * @param {boolean} hasHeader - If the format has header or not.
3026   */
3027  constructor(e, r, s, p, a, n, i, o, c) {
3028    super(s, n, r, e), this.formatTag = e, this.avgBytesPerSec = p, this.blockAlign = a, this.priAudioFormatString = i, this.priRequestAudioFormatString = o, this.priHasHeader = c;
3029  }
3030  static fromSpeechSynthesisOutputFormat(e) {
3031    return e === void 0 ? w.getDefaultOutputFormat() : w.fromSpeechSynthesisOutputFormatString(w.SpeechSynthesisOutputFormatToString[e]);
3032  }
3033  static fromSpeechSynthesisOutputFormatString(e) {
3034    switch (e) {
3035      case "raw-8khz-8bit-mono-mulaw":
3036        return new w(M.AudioFormatTag.MuLaw, 1, 8e3, 8e3, 1, 8, e, e, !1);
3037      case "riff-16khz-16kbps-mono-siren":
3038        return new w(M.AudioFormatTag.Siren, 1, 16e3, 2e3, 40, 0, e, "audio-16khz-16kbps-mono-siren", !0);
3039      case "audio-16khz-16kbps-mono-siren":
3040        return new w(M.AudioFormatTag.Siren, 1, 16e3, 2e3, 40, 0, e, e, !1);
3041      case "audio-16khz-32kbitrate-mono-mp3":
3042        return new w(M.AudioFormatTag.MP3, 1, 16e3, 4096, 2, 16, e, e, !1);
3043      case "audio-16khz-128kbitrate-mono-mp3":
3044        return new w(M.AudioFormatTag.MP3, 1, 16e3, 16384, 2, 16, e, e, !1);
3045      case "audio-16khz-64kbitrate-mono-mp3":
3046        return new w(M.AudioFormatTag.MP3, 1, 16e3, 8192, 2, 16, e, e, !1);
3047      case "audio-24khz-48kbitrate-mono-mp3":
3048        return new w(M.AudioFormatTag.MP3, 1, 24e3, 6144, 2, 16, e, e, !1);
3049      case "audio-24khz-96kbitrate-mono-mp3":
3050        return new w(M.AudioFormatTag.MP3, 1, 24e3, 12288, 2, 16, e, e, !1);
3051      case "audio-24khz-160kbitrate-mono-mp3":
3052        return new w(M.AudioFormatTag.MP3, 1, 24e3, 20480, 2, 16, e, e, !1);
3053      case "raw-16khz-16bit-mono-truesilk":
3054        return new w(M.AudioFormatTag.SILKSkype, 1, 16e3, 32e3, 2, 16, e, e, !1);
3055      case "riff-8khz-16bit-mono-pcm":
3056        return new w(M.AudioFormatTag.PCM, 1, 8e3, 16e3, 2, 16, e, "raw-8khz-16bit-mono-pcm", !0);
3057      case "riff-24khz-16bit-mono-pcm":
3058        return new w(M.AudioFormatTag.PCM, 1, 24e3, 48e3, 2, 16, e, "raw-24khz-16bit-mono-pcm", !0);
3059      case "riff-8khz-8bit-mono-mulaw":
3060        return new w(M.AudioFormatTag.MuLaw, 1, 8e3, 8e3, 1, 8, e, "raw-8khz-8bit-mono-mulaw", !0);
3061      case "raw-16khz-16bit-mono-pcm":
3062        return new w(M.AudioFormatTag.PCM, 1, 16e3, 32e3, 2, 16, e, "raw-16khz-16bit-mono-pcm", !1);
3063      case "raw-24khz-16bit-mono-pcm":
3064        return new w(M.AudioFormatTag.PCM, 1, 24e3, 48e3, 2, 16, e, "raw-24khz-16bit-mono-pcm", !1);
3065      case "raw-8khz-16bit-mono-pcm":
3066        return new w(M.AudioFormatTag.PCM, 1, 8e3, 16e3, 2, 16, e, "raw-8khz-16bit-mono-pcm", !1);
3067      case "ogg-16khz-16bit-mono-opus":
3068        return new w(M.AudioFormatTag.OGG_OPUS, 1, 16e3, 8192, 2, 16, e, e, !1);
3069      case "ogg-24khz-16bit-mono-opus":
3070        return new w(M.AudioFormatTag.OGG_OPUS, 1, 24e3, 8192, 2, 16, e, e, !1);
3071      case "raw-48khz-16bit-mono-pcm":
3072        return new w(M.AudioFormatTag.PCM, 1, 48e3, 96e3, 2, 16, e, "raw-48khz-16bit-mono-pcm", !1);
3073      case "riff-48khz-16bit-mono-pcm":
3074        return new w(M.AudioFormatTag.PCM, 1, 48e3, 96e3, 2, 16, e, "raw-48khz-16bit-mono-pcm", !0);
3075      case "audio-48khz-96kbitrate-mono-mp3":
3076        return new w(M.AudioFormatTag.MP3, 1, 48e3, 12288, 2, 16, e, e, !1);
3077      case "audio-48khz-192kbitrate-mono-mp3":
3078        return new w(M.AudioFormatTag.MP3, 1, 48e3, 24576, 2, 16, e, e, !1);
3079      case "ogg-48khz-16bit-mono-opus":
3080        return new w(M.AudioFormatTag.OGG_OPUS, 1, 48e3, 12e3, 2, 16, e, e, !1);
3081      case "webm-16khz-16bit-mono-opus":
3082        return new w(M.AudioFormatTag.WEBM_OPUS, 1, 16e3, 4e3, 2, 16, e, e, !1);
3083      case "webm-24khz-16bit-mono-opus":
3084        return new w(M.AudioFormatTag.WEBM_OPUS, 1, 24e3, 6e3, 2, 16, e, e, !1);
3085      case "webm-24khz-16bit-24kbps-mono-opus":
3086        return new w(M.AudioFormatTag.WEBM_OPUS, 1, 24e3, 3e3, 2, 16, e, e, !1);
3087      case "audio-16khz-16bit-32kbps-mono-opus":
3088        return new w(M.AudioFormatTag.OPUS, 1, 16e3, 4e3, 2, 16, e, e, !1);
3089      case "audio-24khz-16bit-48kbps-mono-opus":
3090        return new w(M.AudioFormatTag.OPUS, 1, 24e3, 6e3, 2, 16, e, e, !1);
3091      case "audio-24khz-16bit-24kbps-mono-opus":
3092        return new w(M.AudioFormatTag.OPUS, 1, 24e3, 3e3, 2, 16, e, e, !1);
3093      case "audio-24khz-16bit-mono-flac":
3094        return new w(M.AudioFormatTag.FLAC, 1, 24e3, 24e3, 2, 16, e, e, !1);
3095      case "audio-48khz-16bit-mono-flac":
3096        return new w(M.AudioFormatTag.FLAC, 1, 48e3, 3e4, 2, 16, e, e, !1);
3097      case "raw-24khz-16bit-mono-truesilk":
3098        return new w(M.AudioFormatTag.SILKSkype, 1, 24e3, 48e3, 2, 16, e, e, !1);
3099      case "raw-8khz-8bit-mono-alaw":
3100        return new w(M.AudioFormatTag.ALaw, 1, 8e3, 8e3, 1, 8, e, e, !1);
3101      case "riff-8khz-8bit-mono-alaw":
3102        return new w(M.AudioFormatTag.ALaw, 1, 8e3, 8e3, 1, 8, e, "raw-8khz-8bit-mono-alaw", !0);
3103      case "raw-22050hz-16bit-mono-pcm":
3104        return new w(M.AudioFormatTag.PCM, 1, 22050, 44100, 2, 16, e, e, !1);
3105      case "riff-22050hz-16bit-mono-pcm":
3106        return new w(M.AudioFormatTag.PCM, 1, 22050, 44100, 2, 16, e, "raw-22050hz-16bit-mono-pcm", !0);
3107      case "raw-44100hz-16bit-mono-pcm":
3108        return new w(M.AudioFormatTag.PCM, 1, 44100, 88200, 2, 16, e, e, !1);
3109      case "riff-44100hz-16bit-mono-pcm":
3110        return new w(M.AudioFormatTag.PCM, 1, 44100, 88200, 2, 16, e, "raw-44100hz-16bit-mono-pcm", !0);
3111      case "amr-wb-16000h":
3112        return new w(M.AudioFormatTag.AMR_WB, 1, 16e3, 3052, 2, 16, e, e, !1);
3113      case "g722-16khz-64kbps":
3114        return new w(M.AudioFormatTag.G722, 1, 16e3, 8e3, 2, 16, e, e, !1);
3115      case "riff-16khz-16bit-mono-pcm":
3116      default:
3117        return new w(M.AudioFormatTag.PCM, 1, 16e3, 32e3, 2, 16, "riff-16khz-16bit-mono-pcm", "raw-16khz-16bit-mono-pcm", !0);
3118    }
3119  }
3120  static getDefaultOutputFormat() {
3121    return w.fromSpeechSynthesisOutputFormatString(typeof window < "u" ? "audio-24khz-48kbitrate-mono-mp3" : "riff-16khz-16bit-mono-pcm");
3122  }
3123  /**
3124   * Specifies if this audio output format has a header
3125   * @boolean AudioOutputFormatImpl.prototype.hasHeader
3126   * @function
3127   * @public
3128   */
3129  get hasHeader() {
3130    return this.priHasHeader;
3131  }
3132  /**
3133   * Specifies the header of this format
3134   * @ArrayBuffer AudioOutputFormatImpl.prototype.header
3135   * @function
3136   * @public
3137   */
3138  get header() {
3139    if (this.hasHeader)
3140      return this.privHeader;
3141  }
3142  /**
3143   * Updates the header based on the audio length
3144   * @member AudioOutputFormatImpl.updateHeader
3145   * @function
3146   * @public
3147   * @param {number} audioLength - the audio length
3148   */
3149  updateHeader(e) {
3150    if (this.priHasHeader) {
3151      const r = new DataView(this.privHeader);
3152      r.setUint32(4, e + this.privHeader.byteLength - 8, !0), r.setUint32(40, e, !0);
3153    }
3154  }
3155  /**

3156   * Specifies the audio format string to be sent to the service
3157   * @string AudioOutputFormatImpl.prototype.requestAudioFormatString
3158   * @function
3159   * @public
3160   */
3161  get requestAudioFormatString() {
3162    return this.priRequestAudioFormatString;
3163  }
3164  /**
3165   * Adds audio header
3166   * @param audio the raw audio without header
3167   * @returns the audio with header if applicable
3168   */
3169  addHeader(e) {
3170    if (!this.hasHeader)
3171      return e;
3172    this.updateHeader(e.byteLength);
3173    const r = new Uint8Array(e.byteLength + this.header.byteLength);
3174    return r.set(new Uint8Array(this.header), 0), r.set(new Uint8Array(e), this.header.byteLength), r.buffer;
3175  }
3176}
3177Ie.AudioOutputFormatImpl = w;
3178w.SpeechSynthesisOutputFormatToString = {
3179  [D.SpeechSynthesisOutputFormat.Raw8Khz8BitMonoMULaw]: "raw-8khz-8bit-mono-mulaw",
3180  [D.SpeechSynthesisOutputFormat.Riff16Khz16KbpsMonoSiren]: "riff-16khz-16kbps-mono-siren",
3181  [D.SpeechSynthesisOutputFormat.Audio16Khz16KbpsMonoSiren]: "audio-16khz-16kbps-mono-siren",
3182  [D.SpeechSynthesisOutputFormat.Audio16Khz32KBitRateMonoMp3]: "audio-16khz-32kbitrate-mono-mp3",
3183  [D.SpeechSynthesisOutputFormat.Audio16Khz128KBitRateMonoMp3]: "audio-16khz-128kbitrate-mono-mp3",
3184  [D.SpeechSynthesisOutputFormat.Audio16Khz64KBitRateMonoMp3]: "audio-16khz-64kbitrate-mono-mp3",
3185  [D.SpeechSynthesisOutputFormat.Audio24Khz48KBitRateMonoMp3]: "audio-24khz-48kbitrate-mono-mp3",
3186  [D.SpeechSynthesisOutputFormat.Audio24Khz96KBitRateMonoMp3]: "audio-24khz-96kbitrate-mono-mp3",
3187  [D.SpeechSynthesisOutputFormat.Audio24Khz160KBitRateMonoMp3]: "audio-24khz-160kbitrate-mono-mp3",
3188  [D.SpeechSynthesisOutputFormat.Raw16Khz16BitMonoTrueSilk]: "raw-16khz-16bit-mono-truesilk",
3189  [D.SpeechSynthesisOutputFormat.Riff16Khz16BitMonoPcm]: "riff-16khz-16bit-mono-pcm",
3190  [D.SpeechSynthesisOutputFormat.Riff8Khz16BitMonoPcm]: "riff-8khz-16bit-mono-pcm",
3191  [D.SpeechSynthesisOutputFormat.Riff24Khz16BitMonoPcm]: "riff-24khz-16bit-mono-pcm",
3192  [D.SpeechSynthesisOutputFormat.Riff8Khz8BitMonoMULaw]: "riff-8khz-8bit-mono-mulaw",
3193  [D.SpeechSynthesisOutputFormat.Raw16Khz16BitMonoPcm]: "raw-16khz-16bit-mono-pcm",
3194  [D.SpeechSynthesisOutputFormat.Raw24Khz16BitMonoPcm]: "raw-24khz-16bit-mono-pcm",
3195  [D.SpeechSynthesisOutputFormat.Raw8Khz16BitMonoPcm]: "raw-8khz-16bit-mono-pcm",
3196  [D.SpeechSynthesisOutputFormat.Ogg16Khz16BitMonoOpus]: "ogg-16khz-16bit-mono-opus",
3197  [D.SpeechSynthesisOutputFormat.Ogg24Khz16BitMonoOpus]: "ogg-24khz-16bit-mono-opus",
3198  [D.SpeechSynthesisOutputFormat.Raw48Khz16BitMonoPcm]: "raw-48khz-16bit-mono-pcm",
3199  [D.SpeechSynthesisOutputFormat.Riff48Khz16BitMonoPcm]: "riff-48khz-16bit-mono-pcm",
3200  [D.SpeechSynthesisOutputFormat.Audio48Khz96KBitRateMonoMp3]: "audio-48khz-96kbitrate-mono-mp3",
3201  [D.SpeechSynthesisOutputFormat.Audio48Khz192KBitRateMonoMp3]: "audio-48khz-192kbitrate-mono-mp3",
3202  [D.SpeechSynthesisOutputFormat.Ogg48Khz16BitMonoOpus]: "ogg-48khz-16bit-mono-opus",
3203  [D.SpeechSynthesisOutputFormat.Webm16Khz16BitMonoOpus]: "webm-16khz-16bit-mono-opus",
3204  [D.SpeechSynthesisOutputFormat.Webm24Khz16BitMonoOpus]: "webm-24khz-16bit-mono-opus",
3205  [D.SpeechSynthesisOutputFormat.Webm24Khz16Bit24KbpsMonoOpus]: "webm-24khz-16bit-24kbps-mono-opus",
3206  [D.SpeechSynthesisOutputFormat.Raw24Khz16BitMonoTrueSilk]: "raw-24khz-16bit-mono-truesilk",
3207  [D.SpeechSynthesisOutputFormat.Raw8Khz8BitMonoALaw]: "raw-8khz-8bit-mono-alaw",
3208  [D.SpeechSynthesisOutputFormat.Riff8Khz8BitMonoALaw]: "riff-8khz-8bit-mono-alaw",
3209  [D.SpeechSynthesisOutputFormat.Audio16Khz16Bit32KbpsMonoOpus]: "audio-16khz-16bit-32kbps-mono-opus",
3210  [D.SpeechSynthesisOutputFormat.Audio24Khz16Bit48KbpsMonoOpus]: "audio-24khz-16bit-48kbps-mono-opus",
3211  [D.SpeechSynthesisOutputFormat.Audio24Khz16Bit24KbpsMonoOpus]: "audio-24khz-16bit-24kbps-mono-opus",
3212  [D.SpeechSynthesisOutputFormat.Raw22050Hz16BitMonoPcm]: "raw-22050hz-16bit-mono-pcm",
3213  [D.SpeechSynthesisOutputFormat.Riff22050Hz16BitMonoPcm]: "riff-22050hz-16bit-mono-pcm",
3214  [D.SpeechSynthesisOutputFormat.Raw44100Hz16BitMonoPcm]: "raw-44100hz-16bit-mono-pcm",
3215  [D.SpeechSynthesisOutputFormat.Riff44100Hz16BitMonoPcm]: "riff-44100hz-16bit-mono-pcm",
3216  [D.SpeechSynthesisOutputFormat.AmrWb16000Hz]: "amr-wb-16000hz",
3217  [D.SpeechSynthesisOutputFormat.G72216Khz64Kbps]: "g722-16khz-64kbps"
3218};
3219Object.defineProperty(U, "__esModule", { value: !0 });
3220U.PushAudioOutputStreamImpl = U.PushAudioOutputStream = U.PullAudioOutputStreamImpl = U.PullAudioOutputStream = U.AudioOutputStream = void 0;
3221const wn = I(), Td = O, Ad = Ie;
3222class Ln {
3223  /**
3224   * Creates and initializes an instance.
3225   * @constructor
3226   */
3227  constructor() {
3228  }
3229  /**
3230   * Creates a memory backed PullAudioOutputStream with the specified audio format.
3231   * @member AudioOutputStream.createPullStream
3232   * @function
3233   * @public
3234   * @returns {PullAudioOutputStream} The audio output stream being created.
3235   */
3236  static createPullStream() {
3237    return Bn.create();
3238  }
3239}
3240U.AudioOutputStream = Ln;
3241class Bn extends Ln {
3242  /**
3243   * Creates a memory backed PullAudioOutputStream with the specified audio format.
3244   * @member PullAudioOutputStream.create
3245   * @function
3246   * @public
3247   * @returns {PullAudioOutputStream} The push audio output stream being created.
3248   */
3249  static create() {
3250    return new Wa();
3251  }
3252}
3253U.PullAudioOutputStream = Bn;
3254class Wa extends Bn {
3255  /**
3256   * Creates and initializes an instance with the given values.
3257   * @constructor
3258   */
3259  constructor() {
3260    super(), this.privId = (0, wn.createNoDashGuid)(), this.privStream = new wn.Stream();
3261  }
3262  /**
3263   * Sets the format information to the stream. For internal use only.
3264   * @param {AudioStreamFormat} format - the format to be set.
3265   */
3266  set format(e) {
3267    e == null && (this.privFormat = Ad.AudioOutputFormatImpl.getDefaultOutputFormat()), this.privFormat = e;
3268  }
3269  /**
3270   * Format information for the audio
3271   */
3272  get format() {
3273    return this.privFormat;
3274  }
3275  /**
3276   * Checks if the stream is closed
3277   * @member PullAudioOutputStreamImpl.prototype.isClosed
3278   * @property
3279   * @public
3280   */
3281  get isClosed() {
3282    return this.privStream.isClosed;
3283  }
3284  /**
3285   * Gets the id of the stream
3286   * @member PullAudioOutputStreamImpl.prototype.id
3287   * @property
3288   * @public
3289   */
3290  id() {
3291    return this.privId;
3292  }
3293  /**
3294   * Reads audio data from the internal buffer.
3295   * @member PullAudioOutputStreamImpl.prototype.read
3296   * @function
3297   * @public
3298   * @param {ArrayBuffer} dataBuffer - An ArrayBuffer to store the read data.
3299   * @returns {Promise<number>} - Audio buffer length has been read.
3300   */
3301  async read(e) {
3302    const r = new Int8Array(e);
3303    let s = 0;
3304    if (this.privLastChunkView !== void 0) {
3305      if (this.privLastChunkView.length > e.byteLength)
3306        return r.set(this.privLastChunkView.slice(0, e.byteLength)), this.privLastChunkView = this.privLastChunkView.slice(e.byteLength), Promise.resolve(e.byteLength);
3307      r.set(this.privLastChunkView), s = this.privLastChunkView.length, this.privLastChunkView = void 0;
3308    }
3309    for (; s < e.byteLength && !this.privStream.isReadEnded; ) {
3310      const p = await this.privStream.read();
3311      if (p !== void 0 && !p.isEnd) {
3312        let a;
3313        p.buffer.byteLength > e.byteLength - s ? (a = p.buffer.slice(0, e.byteLength - s), this.privLastChunkView = new Int8Array(p.buffer.slice(e.byteLength - s))) : a = p.buffer, r.set(new Int8Array(a), s), s += a.byteLength;
3314      } else
3315        this.privStream.readEnded();
3316    }
3317    return s;
3318  }
3319  /**

3320   * Writes the audio data specified by making an internal copy of the data.
3321   * @member PullAudioOutputStreamImpl.prototype.write
3322   * @function
3323   * @public
3324   * @param {ArrayBuffer} dataBuffer - The audio buffer of which this function will make a copy.
3325   */
3326  write(e) {
3327    Td.Contracts.throwIfNullOrUndefined(this.privStream, "must set format before writing"), this.privStream.writeStreamChunk({
3328      buffer: e,
3329      isEnd: !1,
3330      timeReceived: Date.now()
3331    });
3332  }
3333  /**
3334   * Closes the stream.
3335   * @member PullAudioOutputStreamImpl.prototype.close
3336   * @function
3337   * @public
3338   */
3339  close() {
3340    this.privStream.close();
3341  }
3342}
3343U.PullAudioOutputStreamImpl = Wa;
3344class Ha extends Ln {
3345  /**
3346   * Creates and initializes and instance.
3347   * @constructor
3348   */
3349  constructor() {
3350    super();
3351  }
3352  /**
3353   * Creates a PushAudioOutputStream that delegates to the specified callback interface for
3354   * write() and close() methods.
3355   * @member PushAudioOutputStream.create
3356   * @function
3357   * @public
3358   * @param {PushAudioOutputStreamCallback} callback - The custom audio output object,
3359   * derived from PushAudioOutputStreamCallback
3360   * @returns {PushAudioOutputStream} The push audio output stream being created.
3361   */
3362  static create(e) {
3363    return new Ka(e);
3364  }
3365}
3366U.PushAudioOutputStream = Ha;
3367class Ka extends Ha {
3368  /**
3369   * Creates a PushAudioOutputStream that delegates to the specified callback interface for
3370   * read() and close() methods.
3371   * @constructor
3372   * @param {PushAudioOutputStreamCallback} callback - The custom audio output object,
3373   * derived from PushAudioOutputStreamCallback
3374   */
3375  constructor(e) {
3376    super(), this.privId = (0, wn.createNoDashGuid)(), this.privCallback = e;
3377  }
3378  // eslint-disable-next-line @typescript-eslint/no-empty-function
3379  set format(e) {
3380  }
3381  write(e) {
3382    this.privCallback.write && this.privCallback.write(e);
3383  }
3384  close() {
3385    this.privCallback.close && this.privCallback.close();
3386  }
3387  id() {
3388    return this.privId;
3389  }
3390}
3391U.PushAudioOutputStreamImpl = Ka;
3392var Rs;
3393function Id() {
3394  if (Rs) return he;
3395  Rs = 1, Object.defineProperty(he, "__esModule", { value: !0 }), he.AudioOutputConfigImpl = he.AudioConfigImpl = he.AudioConfig = void 0;
3396  const t = re(), e = O, r = R(), s = Nr, p = xa(), a = U;
3397  let n = class Ja {
3398    /**
3399     * Creates an AudioConfig object representing the default microphone on the system.
3400     * @member AudioConfig.fromDefaultMicrophoneInput
3401     * @function
3402     * @public
3403     * @returns {AudioConfig} The audio input configuration being created.
3404     */
3405    static fromDefaultMicrophoneInput() {
3406      const u = new t.PcmRecorder(!0);
3407      return new i(new t.MicAudioSource(u));
3408    }
3409    /**
3410     * Creates an AudioConfig object representing a microphone with the specified device ID.
3411     * @member AudioConfig.fromMicrophoneInput
3412     * @function
3413     * @public
3414     * @param {string | undefined} deviceId - Specifies the device ID of the microphone to be used.
3415     * Default microphone is used the value is omitted.
3416     * @returns {AudioConfig} The audio input configuration being created.
3417     */
3418    static fromMicrophoneInput(u) {
3419      const h = new t.PcmRecorder(!0);
3420      return new i(new t.MicAudioSource(h, u));
3421    }
3422    /**
3423     * Creates an AudioConfig object representing the specified file.
3424     * @member AudioConfig.fromWavFileInput
3425     * @function
3426     * @public
3427     * @param {File} fileName - Specifies the audio input file. Currently, only WAV / PCM is supported.
3428     * @returns {AudioConfig} The audio input configuration being created.
3429     */
3430    static fromWavFileInput(u, h = "unnamedBuffer.wav") {
3431      return new i(new t.FileAudioSource(u, h));
3432    }
3433    /**
3434     * Creates an AudioConfig object representing the specified stream.
3435     * @member AudioConfig.fromStreamInput
3436     * @function
3437     * @public
3438     * @param {AudioInputStream | PullAudioInputStreamCallback | MediaStream} audioStream - Specifies the custom audio input
3439     * stream. Currently, only WAV / PCM is supported.
3440     * @returns {AudioConfig} The audio input configuration being created.
3441     */
3442    static fromStreamInput(u) {
3443      if (u instanceof r.PullAudioInputStreamCallback)
3444        return new i(new p.PullAudioInputStreamImpl(u));
3445      if (u instanceof r.AudioInputStream)
3446        return new i(u);
3447      if (typeof MediaStream < "u" && u instanceof MediaStream) {
3448        const h = new t.PcmRecorder(!1);
3449        return new i(new t.MicAudioSource(h, null, null, u));
3450      }
3451      throw new Error("Not Supported Type");
3452    }
3453    /**
3454     * Creates an AudioConfig object representing the default speaker.
3455     * @member AudioConfig.fromDefaultSpeakerOutput
3456     * @function
3457     * @public
3458     * @returns {AudioConfig} The audio output configuration being created.

3459     * Added in version 1.11.0
3460     */
3461    static fromDefaultSpeakerOutput() {
3462      return new o(new r.SpeakerAudioDestination());
3463    }
3464    /**
3465     * Creates an AudioConfig object representing the custom IPlayer object.
3466     * You can use the IPlayer object to control pause, resume, etc.
3467     * @member AudioConfig.fromSpeakerOutput
3468     * @function
3469     * @public
3470     * @param {IPlayer} player - the IPlayer object for playback.
3471     * @returns {AudioConfig} The audio output configuration being created.
3472     * Added in version 1.12.0
3473     */
3474    static fromSpeakerOutput(u) {
3475      if (u === void 0)
3476        return Ja.fromDefaultSpeakerOutput();
3477      if (u instanceof r.SpeakerAudioDestination)
3478        return new o(u);
3479      throw new Error("Not Supported Type");
3480    }
3481    /**
3482     * Creates an AudioConfig object representing a specified output audio file
3483     * @member AudioConfig.fromAudioFileOutput
3484     * @function
3485     * @public
3486     * @param {PathLike} filename - the filename of the output audio file
3487     * @returns {AudioConfig} The audio output configuration being created.
3488     * Added in version 1.11.0
3489     */
3490    static fromAudioFileOutput(u) {
3491      return new o(new s.AudioFileWriter(u));
3492    }
3493    /**
3494     * Creates an AudioConfig object representing a specified audio output stream
3495     * @member AudioConfig.fromStreamOutput
3496     * @function
3497     * @public
3498     * @param {AudioOutputStream | PushAudioOutputStreamCallback} audioStream - Specifies the custom audio output
3499     * stream.
3500     * @returns {AudioConfig} The audio output configuration being created.
3501     * Added in version 1.11.0
3502     */
3503    static fromStreamOutput(u) {
3504      if (u instanceof r.PushAudioOutputStreamCallback)
3505        return new o(new a.PushAudioOutputStreamImpl(u));
3506      if (u instanceof r.PushAudioOutputStream)
3507        return new o(u);
3508      if (u instanceof r.PullAudioOutputStream)
3509        return new o(u);
3510      throw new Error("Not Supported Type");
3511    }
3512  };
3513  he.AudioConfig = n;
3514  class i extends n {
3515    /**
3516     * Creates and initializes an instance of this class.
3517     * @constructor
3518     * @param {IAudioSource} source - An audio source.
3519     */
3520    constructor(u) {
3521      super(), this.privSource = u;
3522    }
3523    /**
3524     * Format information for the audio
3525     */
3526    get format() {
3527      return this.privSource.format;
3528    }
3529    /**
3530     * @member AudioConfigImpl.prototype.close
3531     * @function
3532     * @public
3533     */
3534    close(u, h) {
3535      this.privSource.turnOff().then(() => {
3536        u && u();
3537      }, (d) => {
3538        h && h(d);
3539      });
3540    }
3541    /**
3542     * @member AudioConfigImpl.prototype.id
3543     * @function
3544     * @public
3545     */
3546    id() {
3547      return this.privSource.id();
3548    }
3549    /**
3550     * @member AudioConfigImpl.prototype.turnOn
3551     * @function
3552     * @public
3553     * @returns {Promise<void>} A promise.
3554     */
3555    turnOn() {
3556      return this.privSource.turnOn();
3557    }
3558    /**
3559     * @member AudioConfigImpl.prototype.attach
3560     * @function
3561     * @public
3562     * @param {string} audioNodeId - The audio node id.
3563     * @returns {Promise<IAudioStreamNode>} A promise.
3564     */
3565    attach(u) {
3566      return this.privSource.attach(u);
3567    }
3568    /**
3569     * @member AudioConfigImpl.prototype.detach
3570     * @function
3571     * @public
3572     * @param {string} audioNodeId - The audio node id.
3573     */
3574    detach(u) {
3575      return this.privSource.detach(u);
3576    }
3577    /**
3578     * @member AudioConfigImpl.prototype.turnOff
3579     * @function
3580     * @public
3581     * @returns {Promise<void>} A promise.
3582     */
3583    turnOff() {
3584      return this.privSource.turnOff();
3585    }
3586    /**
3587     * @member AudioConfigImpl.prototype.events
3588     * @function
3589     * @public
3590     * @returns {EventSource<AudioSourceEvent>} An event source for audio events.
3591     */
3592    get events() {
3593      return this.privSource.events;
3594    }
3595    setProperty(u, h) {
3596      if (e.Contracts.throwIfNull(h, "value"), this.privSource.setProperty !== void 0)
3597        this.privSource.setProperty(u, h);
3598      else
3599        throw new Error("This AudioConfig instance does not support setting properties.");
3600    }
3601    getProperty(u, h) {
3602      if (this.privSource.getProperty !== void 0)
3603        return this.privSource.getProperty(u, h);
3604      throw new Error("This AudioConfig instance does not support getting properties.");
3605    }
3606    get deviceInfo() {
3607      return this.privSource.deviceInfo;
3608    }
3609  }
3610  he.AudioConfigImpl = i;
3611  class o extends n {
3612    /**
3613     * Creates and initializes an instance of this class.
3614     * @constructor
3615     * @param {IAudioDestination} destination - An audio destination.
3616     */
3617    constructor(u) {
3618      super(), this.privDestination = u;
3619    }
3620    set format(u) {
3621      this.privDestination.format = u;
3622    }
3623    write(u) {
3624      this.privDestination.write(u);
3625    }
3626    close() {
3627      this.privDestination.close();
3628    }
3629    id() {
3630      return this.privDestination.id();
3631    }
3632    setProperty() {
3633      throw new Error("This AudioConfig instance does not support setting properties.");
3634    }
3635    getProperty() {
3636      throw new Error("This AudioConfig instance does not support getting properties.");
3637    }
3638  }
3639  return he.AudioOutputConfigImpl = o, he;
3640}
3641var Va = {};
3642(function(t) {
3643  Object.defineProperty(t, "__esModule", { value: !0 }), t.CancellationReason = void 0, function(e) {
3644    e[e.Error = 0] = "Error", e[e.EndOfStream = 1] = "EndOfStream";
3645  }(t.CancellationReason || (t.CancellationReason = {}));
3646})(Va);
3647var Ci = {};
3648Object.defineProperty(Ci, "__esModule", { value: !0 });
3649Ci.PullAudioInputStreamCallback = void 0;
3650class wd {
3651}
3652Ci.PullAudioInputStreamCallback = wd;
3653var yi = {};
3654Object.defineProperty(yi, "__esModule", { value: !0 });
3655yi.PushAudioOutputStreamCallback = void 0;
3656class _d {
3657}
3658yi.PushAudioOutputStreamCallback = _d;
3659var Pi = {};
3660Object.defineProperty(Pi, "__esModule", { value: !0 });
3661Pi.KeywordRecognitionModel = void 0;
3662const Es = O;
3663class bd {
3664  /**
3665   * Create and initializes a new instance.
3666   * @constructor
3667   */
3668  constructor() {
3669    this.privDisposed = !1;
3670  }
3671  /**
3672   * Creates a keyword recognition model using the specified filename.
3673   * @member KeywordRecognitionModel.fromFile
3674   * @function
3675   * @public
3676   * @param {string} fileName - A string that represents file name for the keyword recognition model.

3677   * Note, the file can point to a zip file in which case the model
3678   * will be extracted from the zip.
3679   * @returns {KeywordRecognitionModel} The keyword recognition model being created.
3680   */
3681  static fromFile(e) {
3682    throw Es.Contracts.throwIfFileDoesNotExist(e, "fileName"), new Error("Not yet implemented.");
3683  }
3684  /**
3685   * Creates a keyword recognition model using the specified filename.
3686   * @member KeywordRecognitionModel.fromStream
3687   * @function
3688   * @public
3689   * @param {string} file - A File that represents file for the keyword recognition model.
3690   * Note, the file can point to a zip file in which case the model will be extracted from the zip.
3691   * @returns {KeywordRecognitionModel} The keyword recognition model being created.
3692   */
3693  static fromStream(e) {
3694    throw Es.Contracts.throwIfNull(e, "file"), new Error("Not yet implemented.");
3695  }
3696  /**
3697   * Dispose of associated resources.
3698   * @member KeywordRecognitionModel.prototype.close
3699   * @function
3700   * @public
3701   */
3702  close() {
3703    this.privDisposed || (this.privDisposed = !0);
3704  }
3705}
3706Pi.KeywordRecognitionModel = bd;
3707var Ri = {};
3708Object.defineProperty(Ri, "__esModule", { value: !0 });
3709Ri.SessionEventArgs = void 0;
3710class Md {
3711  /**
3712   * Creates and initializes an instance of this class.
3713   * @constructor
3714   * @param {string} sessionId - The session id.
3715   */
3716  constructor(e) {
3717    this.privSessionId = e;
3718  }
3719  /**
3720   * Represents the session identifier.
3721   * @member SessionEventArgs.prototype.sessionId
3722   * @function
3723   * @public
3724   * @returns {string} Represents the session identifier.
3725   */
3726  get sessionId() {
3727    return this.privSessionId;
3728  }
3729}
3730Ri.SessionEventArgs = Md;
3731var ot = {}, Ts;
3732function Od() {
3733  if (Ts) return ot;
3734  Ts = 1, Object.defineProperty(ot, "__esModule", { value: !0 }), ot.RecognitionEventArgs = void 0;
3735  const t = R();
3736  let e = class extends t.SessionEventArgs {
3737    /**
3738     * Creates and initializes an instance of this class.
3739     * @constructor
3740     * @param {number} offset - The offset.
3741     * @param {string} sessionId - The session id.
3742     */
3743    constructor(s, p) {
3744      super(p), this.privOffset = s;
3745    }
3746    /**
3747     * Represents the message offset
3748     * @member RecognitionEventArgs.prototype.offset
3749     * @function
3750     * @public
3751     */
3752    get offset() {
3753      return this.privOffset;
3754    }
3755  };
3756  return ot.RecognitionEventArgs = e, ot;
3757}
3758var Ga = {};
3759(function(t) {
3760  Object.defineProperty(t, "__esModule", { value: !0 }), t.OutputFormat = void 0, function(e) {
3761    e[e.Simple = 0] = "Simple", e[e.Detailed = 1] = "Detailed";
3762  }(t.OutputFormat || (t.OutputFormat = {}));
3763})(Ga);
3764var Ei = {};
3765Object.defineProperty(Ei, "__esModule", { value: !0 });
3766Ei.RecognitionResult = void 0;
3767class Dd {
3768  /**
3769   * Creates and initializes an instance of this class.
3770   * @constructor
3771   * @param {string} resultId - The result id.
3772   * @param {ResultReason} reason - The reason.
3773   * @param {string} text - The recognized text.
3774   * @param {number} duration - The duration.
3775   * @param {number} offset - The offset into the stream.
3776   * @param {string} language - Primary Language detected, if provided.
3777   * @param {string} languageDetectionConfidence - Primary Language confidence ("Unknown," "Low," "Medium," "High"...), if provided.
3778   * @param {string} errorDetails - Error details, if provided.
3779   * @param {string} json - Additional Json, if provided.
3780   * @param {PropertyCollection} properties - Additional properties, if provided.
3781   */
3782  constructor(e, r, s, p, a, n, i, o, c, u) {
3783    this.privResultId = e, this.privReason = r, this.privText = s, this.privDuration = p, this.privOffset = a, this.privLanguage = n, this.privLanguageDetectionConfidence = i, this.privErrorDetails = o, this.privJson = c, this.privProperties = u;
3784  }
3785  /**
3786   * Specifies the result identifier.
3787   * @member RecognitionResult.prototype.resultId
3788   * @function
3789   * @public
3790   * @returns {string} Specifies the result identifier.
3791   */
3792  get resultId() {
3793    return this.privResultId;
3794  }
3795  /**
3796   * Specifies status of the result.
3797   * @member RecognitionResult.prototype.reason
3798   * @function
3799   * @public
3800   * @returns {ResultReason} Specifies status of the result.
3801   */
3802  get reason() {
3803    return this.privReason;
3804  }
3805  /**
3806   * Presents the recognized text in the result.
3807   * @member RecognitionResult.prototype.text
3808   * @function
3809   * @public
3810   * @returns {string} Presents the recognized text in the result.
3811   */
3812  get text() {
3813    return this.privText;
3814  }
3815  /**
3816   * Duration of recognized speech in 100 nano second increments.
3817   * @member RecognitionResult.prototype.duration
3818   * @function
3819   * @public
3820   * @returns {number} Duration of recognized speech in 100 nano second increments.
3821   */
3822  get duration() {
3823    return this.privDuration;
3824  }
3825  /**
3826   * Offset of recognized speech in 100 nano second increments.
3827   * @member RecognitionResult.prototype.offset
3828   * @function
3829   * @public
3830   * @returns {number} Offset of recognized speech in 100 nano second increments.
3831   */
3832  get offset() {
3833    return this.privOffset;
3834  }
3835  /**
3836   * Primary Language detected.
3837   * @member RecognitionResult.prototype.language
3838   * @function
3839   * @public
3840   * @returns {string} language detected.
3841   */
3842  get language() {
3843    return this.privLanguage;
3844  }
3845  /**
3846   * Primary Language detection confidence (Unknown, Low, Medium, High).
3847   * @member RecognitionResult.prototype.languageDetectionConfidence
3848   * @function
3849   * @public
3850   * @returns {string} detection confidence strength.
3851   */
3852  get languageDetectionConfidence() {
3853    return this.privLanguageDetectionConfidence;
3854  }
3855  /**
3856   * In case of an unsuccessful recognition, provides details of the occurred error.
3857   * @member RecognitionResult.prototype.errorDetails
3858   * @function
3859   * @public
3860   * @returns {string} a brief description of an error.
3861   */
3862  get errorDetails() {
3863    return this.privErrorDetails;
3864  }
3865  /**
3866   * A string containing Json serialized recognition result as it was received from the service.
3867   * @member RecognitionResult.prototype.json
3868   * @function
3869   * @private
3870   * @returns {string} Json serialized representation of the result.
3871   */
3872  get json() {
3873    return this.privJson;
3874  }
3875  /**
3876   * The set of properties exposed in the result.
3877   * @member RecognitionResult.prototype.properties
3878   * @function
3879   * @public
3880   * @returns {PropertyCollection} The set of properties exposed in the result.
3881   */
3882  get properties() {
3883    return this.privProperties;
3884  }
3885}
3886Ei.RecognitionResult = Dd;
3887var at = {}, As;
3888function kd() {
3889  if (As) return at;
3890  As = 1, Object.defineProperty(at, "__esModule", { value: !0 }), at.SpeechRecognitionResult = void 0;
3891  const t = R();
3892  let e = class extends t.RecognitionResult {
3893    /**
3894     * Creates and initializes an instance of this class.
3895     * @constructor
3896     * @public
3897     * @param {string} resultId - The result id.
3898     * @param {ResultReason} reason - The reason.
3899     * @param {string} text - The recognized text.
3900     * @param {number} duration - The duration.
3901     * @param {number} offset - The offset into the stream.
3902     * @param {string} language - Primary Language detected, if provided.
3903     * @param {string} languageDetectionConfidence - Primary Language confidence ("Unknown," "Low," "Medium," "High"...), if provided.
3904     * @param {string} speakerId - speaker id for conversation transcription, if provided.
3905     * @param {string} errorDetails - Error details, if provided.
3906     * @param {string} json - Additional Json, if provided.
3907     * @param {PropertyCollection} properties - Additional properties, if provided.
3908     */
3909    constructor(s, p, a, n, i, o, c, u, h, d, v) {
3910      super(s, p, a, n, i, o, c, h, d, v), this.privSpeakerId = u;
3911    }
3912    /**
3913     * speaker id from conversation transcription/id scenarios
3914     * @member SpeechRecognitionResult.prototype.speakerId
3915     * @function
3916     * @public
3917     * @returns {string} id of speaker in given result
3918     */
3919    get speakerId() {
3920      return this.privSpeakerId;
3921    }
3922  };
3923  return at.SpeechRecognitionResult = e, at;
3924}
3925var de = {}, Is;
3926function Nd() {
3927  if (Is) return de;
3928  Is = 1, Object.defineProperty(de, "__esModule", { value: !0 }), de.MeetingTranscriptionEventArgs = de.ConversationTranscriptionEventArgs = de.SpeechRecognitionEventArgs = void 0;
3929  const t = R();
3930  let e = class extends t.RecognitionEventArgs {
3931    /**
3932     * Creates and initializes an instance of this class.
3933     * @constructor
3934     * @param {SpeechRecognitionResult} result - The speech recognition result.
3935     * @param {number} offset - The offset.
3936     * @param {string} sessionId - The session id.
3937     */
3938    constructor(a, n, i) {
3939      super(n, i), this.privResult = a;
3940    }
3941    /**
3942     * Specifies the recognition result.
3943     * @member SpeechRecognitionEventArgs.prototype.result
3944     * @function
3945     * @public
3946     * @returns {SpeechRecognitionResult} the recognition result.
3947     */
3948    get result() {
3949      return this.privResult;
3950    }
3951  };
3952  de.SpeechRecognitionEventArgs = e;
3953  class r extends t.RecognitionEventArgs {
3954    /**
3955     * Creates and initializes an instance of this class.
3956     * @constructor
3957     * @param {ConversationTranscriptionResult} result - The conversation transcription result.
3958     * @param {number} offset - The offset.
3959     * @param {string} sessionId - The session id.
3960     */
3961    constructor(a, n, i) {
3962      super(n, i), this.privResult = a;
3963    }
3964    /**
3965     * Specifies the transcription result.
3966     * @member ConversationTranscription1EventArgs.prototype.result
3967     * @function
3968     * @public
3969     * @returns {ConversationTranscriptionResult} the recognition result.
3970     */
3971    get result() {
3972      return this.privResult;
3973    }
3974  }
3975  de.ConversationTranscriptionEventArgs = r;
3976  class s extends e {
3977  }
3978  return de.MeetingTranscriptionEventArgs = s, de;
3979}
3980var ct = {}, pt = {}, ws;
3981function zr() {
3982  if (ws) return pt;
3983  ws = 1, Object.defineProperty(pt, "__esModule", { value: !0 }), pt.CancellationEventArgsBase = void 0;
3984  const t = R();
3985  let e = class extends t.RecognitionEventArgs {
3986    /**
3987     * Creates and initializes an instance of this class.
3988     * @constructor
3989     * @param {CancellationReason} reason - The cancellation reason.
3990     * @param {string} errorDetails - Error details, if provided.
3991     * @param {number} offset - The offset.
3992     * @param {string} sessionId - The session id.
3993     */
3994    constructor(s, p, a, n, i) {
3995      super(n, i), this.privReason = s, this.privErrorDetails = p, this.privErrorCode = a;
3996    }
3997    /**
3998     * The reason the recognition was canceled.
3999     * @member CancellationEventArgsBase.prototype.reason
4000     * @function
4001     * @public
4002     * @returns {CancellationReason} Specifies the reason canceled.
4003     */
4004    get reason() {
4005      return this.privReason;
4006    }
4007    /**
4008     * The error code in case of an unsuccessful operation.
4009     * @return An error code that represents the error reason.
4010     */
4011    get errorCode() {
4012      return this.privErrorCode;
4013    }
4014    /**
4015     * In case of an unsuccessful operation, provides details of the occurred error.
4016     * @member CancellationEventArgsBase.prototype.errorDetails
4017     * @function
4018     * @public
4019     * @returns {string} A String that represents the error details.
4020     */
4021    get errorDetails() {
4022      return this.privErrorDetails;
4023    }
4024  };
4025  return pt.CancellationEventArgsBase = e, pt;
4026}
4027var _s;
4028function zd() {
4029  if (_s) return ct;
4030  _s = 1, Object.defineProperty(ct, "__esModule", { value: !0 }), ct.SpeechRecognitionCanceledEventArgs = void 0;
4031  const t = zr();
4032  let e = class extends t.CancellationEventArgsBase {
4033  };
4034  return ct.SpeechRecognitionCanceledEventArgs = e, ct;
4035}
4036var ut = {}, bs;

4037function jd() {
4038  if (bs) return ut;
4039  bs = 1, Object.defineProperty(ut, "__esModule", { value: !0 }), ut.TranslationRecognitionEventArgs = void 0;
4040  const t = R();
4041  let e = class extends t.RecognitionEventArgs {
4042    /**
4043     * Creates and initializes an instance of this class.
4044     * @constructor
4045     * @param {TranslationRecognitionResult} result - The translation recognition result.
4046     * @param {number} offset - The offset.
4047     * @param {string} sessionId - The session id.
4048     */
4049    constructor(s, p, a) {
4050      super(p, a), this.privResult = s;
4051    }
4052    /**
4053     * Specifies the recognition result.
4054     * @member TranslationRecognitionEventArgs.prototype.result
4055     * @function
4056     * @public
4057     * @returns {TranslationRecognitionResult} the recognition result.
4058     */
4059    get result() {
4060      return this.privResult;
4061    }
4062  };
4063  return ut.TranslationRecognitionEventArgs = e, ut;
4064}
4065var ht = {}, Ms;
4066function Ld() {
4067  if (Ms) return ht;
4068  Ms = 1, Object.defineProperty(ht, "__esModule", { value: !0 }), ht.TranslationSynthesisEventArgs = void 0;
4069  const t = R();
4070  let e = class extends t.SessionEventArgs {
4071    /**
4072     * Creates and initializes an instance of this class.
4073     * @constructor
4074     * @param {TranslationSynthesisResult} result - The translation synthesis result.
4075     * @param {string} sessionId - The session id.
4076     */
4077    constructor(s, p) {
4078      super(p), this.privResult = s;
4079    }
4080    /**
4081     * Specifies the translation synthesis result.
4082     * @member TranslationSynthesisEventArgs.prototype.result
4083     * @function
4084     * @public
4085     * @returns {TranslationSynthesisResult} Specifies the translation synthesis result.
4086     */
4087    get result() {
4088      return this.privResult;
4089    }
4090  };
4091  return ht.TranslationSynthesisEventArgs = e, ht;
4092}
4093var dt = {}, Os;
4094function Xa() {
4095  if (Os) return dt;
4096  Os = 1, Object.defineProperty(dt, "__esModule", { value: !0 }), dt.TranslationRecognitionResult = void 0;
4097  const t = R();
4098  let e = class Qa extends t.SpeechRecognitionResult {
4099    /**
4100     * Creates and initializes an instance of this class.
4101     * @constructor
4102     * @param {Translations} translations - The translations.
4103     * @param {string} resultId - The result id.
4104     * @param {ResultReason} reason - The reason.
4105     * @param {string} text - The recognized text.
4106     * @param {number} duration - The duration.
4107     * @param {number} offset - The offset into the stream.
4108     * @param {string} language - Primary Language detected, if provided.
4109     * @param {string} languageDetectionConfidence - Primary Language confidence ("Unknown," "Low," "Medium," "High"...), if provided.
4110     * @param {string} errorDetails - Error details, if provided.
4111     * @param {string} json - Additional Json, if provided.
4112     * @param {PropertyCollection} properties - Additional properties, if provided.
4113     */
4114    constructor(s, p, a, n, i, o, c, u, h, d, v) {
4115      super(p, a, n, i, o, c, u, void 0, h, d, v), this.privTranslations = s;
4116    }
4117    static fromSpeechRecognitionResult(s) {
4118      return new Qa(void 0, s.resultId, s.reason, s.text, s.duration, s.offset, s.language, s.languageDetectionConfidence, s.errorDetails, s.json, s.properties);
4119    }
4120    /**
4121     * Presents the translation results. Each item in the dictionary represents
4122     * a translation result in one of target languages, where the key is the name
4123     * of the target language, in BCP-47 format, and the value is the translation
4124     * text in the specified language.
4125     * @member TranslationRecognitionResult.prototype.translations
4126     * @function
4127     * @public
4128     * @returns {Translations} the current translation map that holds all translations requested.
4129     */
4130    get translations() {
4131      return this.privTranslations;
4132    }
4133  };
4134  return dt.TranslationRecognitionResult = e, dt;
4135}
4136var Ti = {};
4137Object.defineProperty(Ti, "__esModule", { value: !0 });
4138Ti.TranslationSynthesisResult = void 0;
4139class Bd {
4140  /**
4141   * Creates and initializes an instance of this class.
4142   * @constructor
4143   * @param {ResultReason} reason - The synthesis reason.
4144   * @param {ArrayBuffer} audio - The audio data.
4145   */
4146  constructor(e, r) {
4147    this.privReason = e, this.privAudio = r;
4148  }
4149  /**
4150   * Translated text in the target language.
4151   * @member TranslationSynthesisResult.prototype.audio
4152   * @function
4153   * @public
4154   * @returns {ArrayBuffer} Translated audio in the target language.
4155   */
4156  get audio() {
4157    return this.privAudio;
4158  }
4159  /**
4160   * The synthesis status.
4161   * @member TranslationSynthesisResult.prototype.reason
4162   * @function
4163   * @public
4164   * @returns {ResultReason} The synthesis status.
4165   */
4166  get reason() {
4167    return this.privReason;
4168  }
4169}
4170Ti.TranslationSynthesisResult = Bd;
4171var Ya = {};
4172(function(t) {
4173  Object.defineProperty(t, "__esModule", { value: !0 }), t.ResultReason = void 0, function(e) {
4174    e[e.NoMatch = 0] = "NoMatch", e[e.Canceled = 1] = "Canceled", e[e.RecognizingSpeech = 2] = "RecognizingSpeech", e[e.RecognizedSpeech = 3] = "RecognizedSpeech", e[e.RecognizedKeyword = 4] = "RecognizedKeyword", e[e.TranslatingSpeech = 5] = "TranslatingSpeech", e[e.TranslatedSpeech = 6] = "TranslatedSpeech", e[e.SynthesizingAudio = 7] = "SynthesizingAudio", e[e.SynthesizingAudioCompleted = 8] = "SynthesizingAudioCompleted", e[e.SynthesizingAudioStarted = 9] 

4174= "SynthesizingAudioStarted", e[e.VoicesListRetrieved = 10] = "VoicesListRetrieved", e[e.TranslatingParticipantSpeech = 11] = "TranslatingParticipantSpeech", e[e.TranslatedParticipantSpeech = 12] = "TranslatedParticipantSpeech", e[e.TranslatedInstantMessage = 13] = "TranslatedInstantMessage", e[e.TranslatedParticipantInstantMessage = 14] = "TranslatedParticipantInstantMessage";
4175  }(t.ResultReason || (t.ResultReason = {}));
4176})(Ya);
4177var we = {}, Ds;
4178function qd() {
4179  if (Ds) return we;
4180  Ds = 1, Object.defineProperty(we, "__esModule", { value: !0 }), we.SpeechConfigImpl = we.SpeechConfig = void 0;
4181  const t = A(), e = O, r = R();
4182  let s = class {
4183    /**
4184     * Creates and initializes an instance.
4185     * @constructor
4186     */
4187    constructor() {
4188    }
4189    /**
4190     * Static instance of SpeechConfig returned by passing subscriptionKey and service region.
4191     * @member SpeechConfig.fromSubscription
4192     * @function
4193     * @public
4194     * @param {string} subscriptionKey - The subscription key.
4195     * @param {string} region - The region name (see the <a href="https://aka.ms/csspeech/region">region page</a>).
4196     * @returns {SpeechConfig} The speech factory
4197     */
4198    static fromSubscription(n, i) {
4199      e.Contracts.throwIfNullOrWhitespace(n, "subscriptionKey"), e.Contracts.throwIfNullOrWhitespace(i, "region");
4200      const o = new p();
4201      return o.setProperty(r.PropertyId.SpeechServiceConnection_Region, i), o.setProperty(r.PropertyId.SpeechServiceConnection_Key, n), o;
4202    }
4203    /**
4204     * Internal implementation of fromEndpoint() overloads. Accepts either a subscription key or a TokenCredential.
4205     * @private
4206     */
4207    static fromEndpoint(n, i) {
4208      e.Contracts.throwIfNull(n, "endpoint");
4209      const o = typeof i == "string" && i.trim().length > 0, c = typeof i == "object" && i !== null && typeof i.getToken == "function", u = typeof i == "object" && i !== null && typeof i.key == "string";
4210      if (i !== void 0 && !o && !c && !u)
4211        throw new Error("Invalid 'auth' parameter: expected a non-empty API key string, a TokenCredential, or a KeyCredential.");
4212      let h;
4213      return typeof i == "string" ? (h = new p(), h.setProperty(r.PropertyId.SpeechServiceConnection_Key, i)) : typeof i == "object" && typeof i.getToken == "function" ? h = new p(i) : typeof i == "object" && typeof i.key == "string" ? (h = new p(), h.setProperty(r.PropertyId.SpeechServiceConnection_Key, i.key)) : h = new p(), h.setProperty(r.PropertyId.SpeechServiceConnection_Endpoint, n.href), h;
4214    }
4215    /**
4216     * Creates an instance of the speech config with specified host and subscription key.
4217     * This method is intended only for users who use a non-default service host. Standard resource path will be assumed.
4218     * For services with a non-standard resource path or no path at all, use fromEndpoint instead.
4219     * Note: Query parameters are not allowed in the host URI and must be set by other APIs.
4220     * Note: To use an authorization token with fromHost, use fromHost(URL),
4221     * and then set the AuthorizationToken property on the created SpeechConfig instance.
4222     * Note: Added in version 1.9.0.
4223     * @member SpeechConfig.fromHost
4224     * @function
4225     * @public
4226     * @param {URL} host - The service endpoint to connect to. Format is "protocol://host:port" where ":port" is optional.
4227     * @param {string} subscriptionKey - The subscription key. If a subscription key is not specified, an authorization token must be set.
4228     * @returns {SpeechConfig} A speech factory instance.
4229     */
4230    static fromHost(n, i) {
4231      e.Contracts.throwIfNull(n, "hostName");
4232      const o = new p();
4233      return o.setProperty(r.PropertyId.SpeechServiceConnection_Host, n.protocol + "//" + n.hostname + (n.port === "" ? "" : ":" + n.port)), o.setProperty(r.PropertyId.SpeechServiceConnection_RecognitionEndpointVersion, "1"), i !== void 0 && o.setProperty(r.PropertyId.SpeechServiceConnection_Key, i), o;
4234    }
4235    /**
4236     * Creates an instance of the speech factory with specified initial authorization token and region.
4237     * Note: The caller needs to ensure that the authorization token is valid. Before the authorization token
4238     * expires, the caller needs to refresh it by calling this setter with a new valid token.
4239     * Note: As configuration values are copied when creating a new recognizer,
4240     * the new token value will not apply to recognizers that have already been created. For recognizers
4241     * that have been created before, you need to set authorization token of the corresponding recognizer
4242     * to refresh the token. Otherwise, the recognizers will encounter errors during recognition.
4243     * @member SpeechConfig.fromAuthorizationToken
4244     * @function
4245     * @public
4246     * @param {string} authorizationToken - The initial authorization token.
4247     * @param {string} region - The region name (see the <a href="https://aka.ms/csspeech/region">region page</a>).
4248     * @returns {SpeechConfig} A speech factory instance.
4249     */
4250    static fromAuthorizationToken(n, i) {
4251      e.Contracts.throwIfNull(n, "authorizationToken"), e.Contracts.throwIfNullOrWhitespace(i, "region");
4252      const o = new p();
4253      return o.setProperty(r.PropertyId.SpeechServiceConnection_Region, i), o.authorizationToken = n, o;
4254    }
4255    /**
4256     * Closes the configuration.
4257     * @member SpeechConfig.prototype.close
4258     * @function
4259     * @public
4260     */
4261    // eslint-disable-next-line @typescript-eslint/no-empty-function
4262    close() {
4263    }
4264  };
4265  we.SpeechConfig = s;
4266  class p extends s {
4267    constructor(n) {
4268      super(), this.privProperties = new r.PropertyCollection(), this.speechRecognitionLanguage = "en-US", this.outputFormat = r.OutputFormat.Simple, this.privTokenCredential = n;
4269    }
4270    get properties() {
4271      return this.privProperties;
4272    }
4273    get endPoint() {
4274      return new URL(this.privProperties.getProperty(r.PropertyId.SpeechServiceConnection_Endpoint));
4275    }
4276    get subscriptionKey() {
4277      return this.privProperties.getProperty(r.PropertyId.SpeechServiceConnection_Key);
4278    }
4279    get region() {
4280      return this.privProperties.getProperty(r.PropertyId.SpeechServiceConnection_Region);
4281    }
4282    get authorizationToken() {
4283      return this.privProperties.getProperty(r.PropertyId.SpeechServiceAuthorization_Token);
4284    }
4285    set authorizationToken(n) {
4286      this.privProperties.setProperty(r.PropertyId.SpeechServiceAuthorization_Token, n);
4287    }
4288    get speechRecognitionLanguage() {
4289      return this.privProperties.getProperty(r.PropertyId.SpeechServiceConnection_RecoLanguage);
4290    }
4291    set speechRecognitionLanguage(n) {
4292      this.privProperties.setProperty(r.PropertyId.SpeechServiceConnection_RecoLanguage, n);
4293    }
4294    get autoDetectSourceLanguages() {
4295      return this.privProperties.getProperty(r.PropertyId.SpeechServiceConnection_AutoDetectSourceLanguages);
4296    }
4297    set autoDetectSourceLanguages(n) {
4298      this.privProperties.setProperty(r.PropertyId.SpeechServiceConnection_AutoDetectSourceLanguages, n);
4299    }
4300    get outputFormat() {
4301      return r.OutputFormat[this.privProperties.getProperty(t.OutputFormatPropertyName, void 0)];
4302    }
4303    set outputFormat(n) {
4304      this.privProperties.setProperty(t.OutputFormatPropertyName, r.OutputFormat[n]);
4305    }
4306    get endpointId() {
4307      return this.privProperties.getProperty(r.PropertyId.SpeechServiceConnection_EndpointId);
4308    }
4309    set endpointId(n) {
4310      this.privProperties.setProperty(r.PropertyId.SpeechServiceConnection_EndpointId, n);
4311    }
4312    get tokenCredential() {
4313      return this.privTokenCredential;
4314    }
4315    setProperty(n, i) {
4316      e.Contracts.throwIfNull(i, "value"), this.privProperties.setProperty(n, i);
4317    }
4318    getProperty(n, i) {
4319      return this.privProperties.getProperty(n, i);
4320    }
4321    setProxy(n, i, o, c) {
4322      this.setProperty(r.PropertyId[r.PropertyId.SpeechServiceConnection_ProxyHostName], n), this.setProperty(r.PropertyId[r.PropertyId.SpeechServiceConnection_ProxyPort], i), this.setProperty(r.PropertyId[r.PropertyId.SpeechServiceConnection_ProxyUserName], o), this.setProperty(r.PropertyId[r.PropertyId.SpeechServiceConnection_ProxyPassword], c);
4323    }
4324    setServiceProperty(n, i) {
4325      const o = JSON.parse(this.privProperties.getProperty(t.ServicePropertiesPropertyName, "{}"));
4326      o[n] = i, this.privProperties.setProperty(t.ServicePropertiesPropertyName, JSON.stringify(o));
4327    }
4328    setProfanity(n) {
4329      this.privProperties.setProperty(r.PropertyId.SpeechServiceResponse_ProfanityOption, r.ProfanityOption[n]);
4330    }
4331    enableAudioLogging() {
4332      this.privProperties.setProperty(r.PropertyId.SpeechServiceConnection_EnableAudioLogging, "true");
4333    }
4334    requestWordLevelTimestamps() {
4335      this.privProperties.setProperty(r.PropertyId.SpeechServiceResponse_RequestWordLevelTimestamps, "true"), this.privProperties.setProperty(t.OutputFormatPropertyName, r.OutputFormat[r.OutputFormat.Detailed]);
4336    }
4337    enableDictation() {
4338      this.privProperties.setProperty(t.ForceDictationPropertyName, "true");
4339    }
4340    clone() {
4341      const n = new p(this.tokenCredential);
4342      return n.privProperties = this.privProperties.clone(), n;
4343    }
4344    get speechSynthesisLanguage() {
4345      return this.privProperties.getProperty(r.PropertyId.SpeechServiceConnection_SynthLanguage);
4346    }
4347    set speechSynthesisLanguage(n) {
4348      this.privProperties.setProperty(r.PropertyId.SpeechServiceConnection_SynthLanguage, n);
4349    }
4350    get speechSynthesisVoiceName() {
4351      return this.privProperties.getProperty(r.PropertyId.SpeechServiceConnection_SynthVoice);
4352    }
4353    set speechSynthesisVoiceName(n) {
4354      this.privProperties.setProperty(r.PropertyId.SpeechServiceConnection_SynthVoice, n);
4355    }
4356    get speechSynthesisOutputFormat() {
4357      return r.SpeechSynthesisOutputFormat[this.privProperties.getProperty(r.PropertyId.SpeechServiceConnection_SynthOutputFormat, void 0)];
4358    }
4359    set speechSynthesisOutputFormat(n) {
4360      this.privProperties.setProperty(r.PropertyId.SpeechServiceConnection_SynthOutputFormat, r.SpeechSynthesisOutputFormat[n]);
4361    }
4362  }
4363  return we.SpeechConfigImpl = p, we;
4364}
4365var _e = {}, ks;
4366function Fd() {
4367  if (ks) return _e;
4368  ks = 1, Object.defineProperty(_e, "__esModule", { value: !0 }), _e.SpeechTranslationConfigImpl = _e.SpeechTranslationConfig = void 0;

4369  const t = A(), e = O, r = R();
4370  let s = class extends r.SpeechConfig {
4371    /**
4372     * Creates an instance of recognizer config.
4373     */
4374    constructor() {
4375      super();
4376    }
4377    /**
4378     * Static instance of SpeechTranslationConfig returned by passing a subscription key and service region.
4379     * @member SpeechTranslationConfig.fromSubscription
4380     * @function
4381     * @public
4382     * @param {string} subscriptionKey - The subscription key.
4383     * @param {string} region - The region name (see the <a href="https://aka.ms/csspeech/region">region page</a>).
4384     * @returns {SpeechTranslationConfig} The speech translation config.
4385     */
4386    static fromSubscription(n, i) {
4387      e.Contracts.throwIfNullOrWhitespace(n, "subscriptionKey"), e.Contracts.throwIfNullOrWhitespace(i, "region");
4388      const o = new p();
4389      return o.properties.setProperty(r.PropertyId.SpeechServiceConnection_Key, n), o.properties.setProperty(r.PropertyId.SpeechServiceConnection_Region, i), o;
4390    }
4391    /**
4392     * Static instance of SpeechTranslationConfig returned by passing authorization token and service region.
4393     * Note: The caller needs to ensure that the authorization token is valid. Before the authorization token
4394     * expires, the caller needs to refresh it by setting the property authorizationToken with a new
4395     * valid token. Otherwise, all the recognizers created by this SpeechTranslationConfig instance
4396     * will encounter errors during recognition.
4397     * As configuration values are copied when creating a new recognizer, the new token value will not apply
4398     * to recognizers that have already been created.
4399     * For recognizers that have been created before, you need to set authorization token of the corresponding recognizer
4400     * to refresh the token. Otherwise, the recognizers will encounter errors during recognition.
4401     * @member SpeechTranslationConfig.fromAuthorizationToken
4402     * @function
4403     * @public
4404     * @param {string} authorizationToken - The authorization token.
4405     * @param {string} region - The region name (see the <a href="https://aka.ms/csspeech/region">region page</a>).
4406     * @returns {SpeechTranslationConfig} The speech translation config.
4407     */
4408    static fromAuthorizationToken(n, i) {
4409      e.Contracts.throwIfNullOrWhitespace(n, "authorizationToken"), e.Contracts.throwIfNullOrWhitespace(i, "region");
4410      const o = new p();
4411      return o.properties.setProperty(r.PropertyId.SpeechServiceAuthorization_Token, n), o.properties.setProperty(r.PropertyId.SpeechServiceConnection_Region, i), o;
4412    }
4413    /**
4414     * Creates an instance of the speech config with specified host and subscription key.
4415     * This method is intended only for users who use a non-default service host. Standard resource path will be assumed.
4416     * For services with a non-standard resource path or no path at all, use fromEndpoint instead.
4417     * Note: Query parameters are not allowed in the host URI and must be set by other APIs.
4418     * Note: To use an authorization token with fromHost, use fromHost(URL),
4419     * and then set the AuthorizationToken property on the created SpeechConfig instance.
4420     * Note: Added in version 1.9.0.
4421     * @member SpeechConfig.fromHost
4422     * @function
4423     * @public
4424     * @param {URL} host - The service endpoint to connect to. Format is "protocol://host:port" where ":port" is optional.
4425     * @param {string} subscriptionKey - The subscription key. If a subscription key is not specified, an authorization token must be set.
4426     * @returns {SpeechConfig} A speech factory instance.
4427     */
4428    static fromHost(n, i) {
4429      e.Contracts.throwIfNull(n, "hostName");
4430      const o = new p();
4431      return o.setProperty(r.PropertyId.SpeechServiceConnection_Host, n.protocol + "//" + n.hostname + (n.port === "" ? "" : ":" + n.port)), i !== void 0 && o.setProperty(r.PropertyId.SpeechServiceConnection_Key, i), o;
4432    }
4433    /**
4434     * Internal implementation of fromEndpoint() overloads. Accepts either a subscription key or a TokenCredential.
4435     * @private
4436     */
4437    static fromEndpoint(n, i) {
4438      e.Contracts.throwIfNull(n, "endpoint");
4439      const o = typeof i == "string" && i.trim().length > 0, c = typeof i == "object" && i !== null && typeof i.getToken == "function", u = typeof i == "object" && i !== null && typeof i.key == "string";
4440      if (i !== void 0 && !o && !c && !u)
4441        throw new Error("Invalid 'auth' parameter: expected a non-empty API key string, a TokenCredential, or a KeyCredential.");
4442      let h;
4443      return typeof i == "string" ? (h = new p(), h.setProperty(r.PropertyId.SpeechServiceConnection_Key, i)) : typeof i == "object" && typeof i.getToken == "function" ? h = new p(i) : typeof i == "object" && typeof i.key == "string" ? (h = new p(), h.setProperty(r.PropertyId.SpeechServiceConnection_Key, i.key)) : h = new p(), h.setProperty(r.PropertyId.SpeechServiceConnection_Endpoint, n.href), h;
4444    }
4445  };
4446  _e.SpeechTranslationConfig = s;
4447  class p extends s {
4448    constructor(n) {
4449      super(), this.privSpeechProperties = new r.PropertyCollection(), this.outputFormat = r.OutputFormat.Simple, this.privTokenCredential = n;
4450    }
4451    /**
4452     * Gets/Sets the authorization token.
4453     * If this is set, subscription key is ignored.
4454     * User needs to make sure the provided authorization token is valid and not expired.
4455     * @member SpeechTranslationConfigImpl.prototype.authorizationToken
4456     * @function
4457     * @public
4458     * @param {string} value - The authorization token.
4459     */
4460    set authorizationToken(n) {
4461      e.Contracts.throwIfNullOrWhitespace(n, "value"), this.privSpeechProperties.setProperty(r.PropertyId.SpeechServiceAuthorization_Token, n);
4462    }
4463    /**
4464     * Sets the speech recognition language.
4465     * @member SpeechTranslationConfigImpl.prototype.speechRecognitionLanguage
4466     * @function
4467     * @public
4468     * @param {string} value - The authorization token.
4469     */
4470    set speechRecognitionLanguage(n) {
4471      e.Contracts.throwIfNullOrWhitespace(n, "value"), this.privSpeechProperties.setProperty(r.PropertyId.SpeechServiceConnection_RecoLanguage, n);
4472    }
4473    /**
4474     * Gets the speech recognition language.
4475     * @member SpeechTranslationConfigImpl.prototype.speechRecognitionLanguage
4476     * @function
4477     * @public
4478     * @return {string} The speechRecognitionLanguage.
4479     */
4480    get speechRecognitionLanguage() {
4481      return this.privSpeechProperties.getProperty(r.PropertyId[r.PropertyId.SpeechServiceConnection_RecoLanguage]);
4482    }
4483    /**
4484     * @member SpeechTranslationConfigImpl.prototype.subscriptionKey
4485     * @function
4486     * @public
4487     */
4488    get subscriptionKey() {
4489      return this.privSpeechProperties.getProperty(r.PropertyId[r.PropertyId.SpeechServiceConnection_Key]);
4490    }
4491    /**
4492     * Gets the output format
4493     * @member SpeechTranslationConfigImpl.prototype.outputFormat
4494     * @function
4495     * @public
4496     */
4497    get outputFormat() {
4498      return r.OutputFormat[this.privSpeechProperties.getProperty(t.OutputFormatPropertyName, void 0)];
4499    }
4500    /**
4501     * Gets/Sets the output format
4502     * @member SpeechTranslationConfigImpl.prototype.outputFormat
4503     * @function
4504     * @public
4505     */
4506    set outputFormat(n) {
4507      this.privSpeechProperties.setProperty(t.OutputFormatPropertyName, r.OutputFormat[n]);
4508    }
4509    /**
4510     * Gets the endpoint id.
4511     * @member SpeechTranslationConfigImpl.prototype.endpointId
4512     * @function
4513     * @public
4514     */
4515    get endpointId() {
4516      return this.privSpeechProperties.getProperty(r.PropertyId.SpeechServiceConnection_EndpointId);
4517    }
4518    /**
4519     * Gets/Sets the endpoint id.
4520     * @member SpeechTranslationConfigImpl.prototype.endpointId
4521     * @function
4522     * @public
4523     */
4524    set endpointId(n) {
4525      this.privSpeechProperties.setProperty(r.PropertyId.SpeechServiceConnection_EndpointId, n);
4526    }
4527    /**
4528     * Add a (text) target language to translate into.
4529     * @member SpeechTranslationConfigImpl.prototype.addTargetLanguage
4530     * @function
4531     * @public
4532     * @param {string} value - The language such as de-DE
4533     */
4534    addTargetLanguage(n) {
4535      e.Contracts.throwIfNullOrWhitespace(n, "value");
4536      const i = this.targetLanguages;
4537      i.includes(n) || (i.push(n), this.privSpeechProperties.setProperty(r.PropertyId.SpeechServiceConnection_TranslationToLanguages, i.join(",")));
4538    }
4539    /**
4540     * Gets the (text) target language to translate into.
4541     * @member SpeechTranslationConfigImpl.prototype.targetLanguages
4542     * @function
4543     * @public
4544     * @param {string} value - The language such as de-DE
4545     */
4546    get targetLanguages() {
4547      return this.privSpeechProperties.getProperty(r.PropertyId.SpeechServiceConnection_TranslationToLanguages, void 0) !== void 0 ? this.privSpeechProperties.getProperty(r.PropertyId.SpeechServiceConnection_TranslationToLanguages).split(",") : [];
4548    }
4549    /**
4550     * Gets the voice name.
4551     * @member SpeechTranslationConfigImpl.prototype.voiceName
4552     * @function
4553     * @public
4554     */
4555    get voiceName() {
4556      return this.getProperty(r.PropertyId[r.PropertyId.SpeechServiceConnection_TranslationVoice]);
4557    }
4558    /**
4559     * Gets/Sets the voice of the translated language, enable voice synthesis output.
4560     * @member SpeechTranslationConfigImpl.prototype.voiceName
4561     * @function
4562     * @public
4563     * @param {string} value - The name of the voice.
4564     */
4565    set voiceName(n) {
4566      e.Contracts.throwIfNullOrWhitespace(n, "value"), this.privSpeechProperties.setProperty(r.PropertyId.SpeechServiceConnection_TranslationVoice, n);
4567    }
4568    /**
4569     * Provides the region.
4570     * @member SpeechTranslationConfigImpl.prototype.region
4571     * @function
4572     * @public
4573     * @returns {string} The region.
4574     */
4575    get region() {
4576      return this.privSpeechProperties.getProperty(r.PropertyId.SpeechServiceConnection_Region);
4577    }
4578    get tokenCredential() {
4579      return this.privTokenCredential;
4580    }
4581    setProxy(n, i, o, c) {
4582      this.setProperty(r.PropertyId[r.PropertyId.SpeechServiceConnection_ProxyHostName], n), this.setProperty(r.PropertyId[r.PropertyId.SpeechServiceConnection_ProxyPort], i), this.setProperty(r.PropertyId[r.PropertyId.SpeechServiceConnection_ProxyUserName], o), this.setProperty(r.PropertyId[r.PropertyId.SpeechServiceConnection_ProxyPassword], c);
4583    }
4584    /**
4585     * Gets an arbitrary property value.
4586     * @member SpeechTranslationConfigImpl.prototype.getProperty
4587     * @function
4588     * @public
4589     * @param {string} name - The name of the property.
4590     * @param {string} def - The default value of the property in case it is not set.
4591     * @returns {string} The value of the property.
4592     */
4593    getProperty(n, i) {
4594      return this.privSpeechProperties.getProperty(n, i);
4595    }
4596    /**
4597     * Gets/Sets an arbitrary property value.
4598     * @member SpeechTranslationConfigImpl.prototype.setProperty
4599     * @function
4600     * @public
4601     * @param {string | PropertyId} name - The name of the property to set.
4602     * @param {string} value - The value of the property.
4603     */
4604    setProperty(n, i) {
4605      this.privSpeechProperties.setProperty(n, i);
4606    }
4607    /**
4608     * Provides access to custom properties.
4609     * @member SpeechTranslationConfigImpl.prototype.properties
4610     * @function
4611     * @public
4612     * @returns {PropertyCollection} The properties.
4613     */
4614    get properties() {
4615      return this.privSpeechProperties;
4616    }
4617    /**

4618     * Dispose of associated resources.
4619     * @member SpeechTranslationConfigImpl.prototype.close
4620     * @function
4621     * @public
4622     */
4623    close() {
4624    }
4625    setServiceProperty(n, i) {
4626      const o = JSON.parse(this.privSpeechProperties.getProperty(t.ServicePropertiesPropertyName, "{}"));
4627      o[n] = i, this.privSpeechProperties.setProperty(t.ServicePropertiesPropertyName, JSON.stringify(o));
4628    }
4629    setProfanity(n) {
4630      this.privSpeechProperties.setProperty(r.PropertyId.SpeechServiceResponse_ProfanityOption, r.ProfanityOption[n]);
4631    }
4632    enableAudioLogging() {
4633      this.privSpeechProperties.setProperty(r.PropertyId.SpeechServiceConnection_EnableAudioLogging, "true");
4634    }
4635    requestWordLevelTimestamps() {
4636      this.privSpeechProperties.setProperty(r.PropertyId.SpeechServiceResponse_RequestWordLevelTimestamps, "true");
4637    }
4638    enableDictation() {
4639      this.privSpeechProperties.setProperty(t.ForceDictationPropertyName, "true");
4640    }
4641    get speechSynthesisLanguage() {
4642      return this.privSpeechProperties.getProperty(r.PropertyId.SpeechServiceConnection_SynthLanguage);
4643    }
4644    set speechSynthesisLanguage(n) {
4645      this.privSpeechProperties.setProperty(r.PropertyId.SpeechServiceConnection_SynthLanguage, n);
4646    }
4647    get speechSynthesisVoiceName() {
4648      return this.privSpeechProperties.getProperty(r.PropertyId.SpeechServiceConnection_SynthVoice);
4649    }
4650    set speechSynthesisVoiceName(n) {
4651      this.privSpeechProperties.setProperty(r.PropertyId.SpeechServiceConnection_SynthVoice, n);
4652    }
4653    get speechSynthesisOutputFormat() {
4654      return r.SpeechSynthesisOutputFormat[this.privSpeechProperties.getProperty(r.PropertyId.SpeechServiceConnection_SynthOutputFormat, void 0)];
4655    }
4656    set speechSynthesisOutputFormat(n) {
4657      this.privSpeechProperties.setProperty(r.PropertyId.SpeechServiceConnection_SynthOutputFormat, r.SpeechSynthesisOutputFormat[n]);
4658    }
4659  }
4660  return _e.SpeechTranslationConfigImpl = p, _e;
4661}
4662var vt = {}, Ns;
4663function $a() {
4664  if (Ns) return vt;
4665  Ns = 1, Object.defineProperty(vt, "__esModule", { value: !0 }), vt.PropertyCollection = void 0;
4666  const t = R();
4667  let e = class Za {
4668    constructor() {
4669      this.privKeys = [], this.privValues = [];
4670    }
4671    /**
4672     * Returns the property value in type String.
4673     * Currently only String, int and bool are allowed.
4674     * If the name is not available, the specified defaultValue is returned.
4675     * @member PropertyCollection.prototype.getProperty
4676     * @function
4677     * @public
4678     * @param {string} key - The parameter name.
4679     * @param {string | number | boolean} def - The default value which is returned if the parameter
4680     * is not available in the collection.
4681     * @returns {string} value of the parameter.
4682     */
4683    getProperty(s, p) {
4684      let a;
4685      typeof s == "string" ? a = s : a = t.PropertyId[s];
4686      for (let n = 0; n < this.privKeys.length; n++)
4687        if (this.privKeys[n] === a)
4688          return this.privValues[n];
4689      if (p !== void 0)
4690        return String(p);
4691    }
4692    /**
4693     * Sets the String value of the parameter specified by name.
4694     * @member PropertyCollection.prototype.setProperty
4695     * @function
4696     * @public
4697     * @param {string} key - The parameter name.
4698     * @param {string} value - The value of the parameter.
4699     */
4700    setProperty(s, p) {
4701      let a;
4702      typeof s == "string" ? a = s : a = t.PropertyId[s];
4703      for (let n = 0; n < this.privKeys.length; n++)
4704        if (this.privKeys[n] === a) {
4705          this.privValues[n] = p;
4706          return;
4707        }
4708      this.privKeys.push(a), this.privValues.push(p);
4709    }
4710    /**
4711     * Clones the collection.
4712     * @member PropertyCollection.prototype.clone
4713     * @function
4714     * @public
4715     * @returns {PropertyCollection} A copy of the collection.
4716     */
4717    clone() {
4718      const s = new Za();
4719      for (let p = 0; p < this.privKeys.length; p++)
4720        s.privKeys.push(this.privKeys[p]), s.privValues.push(this.privValues[p]);
4721      return s;
4722    }
4723    /**
4724     * Merges this set of properties into another, no overwrites.
4725     * @member PropertyCollection.prototype.mergeTo
4726     * @function
4727     * @public
4728     * @param {PropertyCollection}  destinationCollection - The collection to merge into.
4729     */
4730    mergeTo(s) {
4731      this.privKeys.forEach((p) => {
4732        if (s.getProperty(p, void 0) === void 0) {
4733          const a = this.getProperty(p);
4734          s.setProperty(p, a);
4735        }
4736      });
4737    }
4738    /**
4739     * Get the keys in Property Collection.
4740     * @member PropertyCollection.prototype.keys
4741     * @function
4742     * @public
4743     * @returns {string []} Keys in the collection.
4744     */
4745    get keys() {
4746      return this.privKeys;
4747    }
4748  };
4749  return vt.PropertyCollection = e, vt;
4750}
4751var Ai = {};
4752(function(t) {
4753  Object.defineProperty(t, "__esModule", { value: !0 }), t.PropertyId = void 0, function(e) {
4754    e[e.SpeechServiceConnection_Key = 0] = "SpeechServiceConnection_Key", e[e.SpeechServiceConnection_Endpoint = 1] = "SpeechServiceConnection_Endpoint", e[e.SpeechServiceConnection_Region = 2] = "SpeechServiceConnection_Region", e[e.SpeechServiceAuthorization_Token = 3] = "SpeechServiceAuthorization_Token", e[e.SpeechServiceAuthorization_Type = 4] = "SpeechServiceAuthorization_Type", e[e.SpeechServiceConnection_EndpointId = 5] = "SpeechServiceConnection_EndpointId", e[e.SpeechServiceConnection_TranslationToLanguages = 6] = "SpeechServiceConnection_TranslationToLanguages", e[e.SpeechServiceConnection_TranslationVoice = 7] = "SpeechServiceConnection_TranslationVoice", e[e.SpeechServiceConnection_TranslationFeatures = 8] = "SpeechServiceConnection_TranslationFeatures", e[e.SpeechServiceConnection_TranslationCategoryId = 9] = "SpeechServiceConnection_TranslationCategoryId", e[e.SpeechServiceConnection_ProxyHostName = 10] = "SpeechServiceConnection_ProxyHostName", e[e.SpeechServiceConnection_ProxyPort = 11] = "SpeechServiceConnection_ProxyPort", e[e.SpeechServiceConnection_ProxyUserName = 12] = "SpeechServiceConnection_ProxyUserName", e[e.SpeechServiceConnection_ProxyPassword = 13] = "SpeechServiceConnection_ProxyPassword", e[e.SpeechServiceConnection_RecoMode = 14] = "SpeechServiceConnection_RecoMode", e[e.SpeechServiceConnection_RecoLanguage = 15] = "SpeechServiceConnection_RecoLanguage", e[e.Speech_SessionId = 16] = "Speech_SessionId", e[e.SpeechServiceConnection_SynthLanguage = 17] = "SpeechServiceConnection_SynthLanguage", e[e.SpeechServiceConnection_SynthVoice = 18] = "SpeechServiceConnection_SynthVoice", e[e.SpeechServiceConnection_SynthOutputFormat = 19] = "SpeechServiceConnection_SynthOutputFormat", e[e.SpeechServiceConnection_AutoDetectSourceLanguages = 20] = "SpeechServiceConnection_AutoDetectSourceLanguages", e[e.SpeechServiceResponse_RequestDetailedResultTrueFalse = 21] = "SpeechServiceResponse_RequestDetailedResultTrueFalse", e[e.SpeechServiceResponse_RequestProfanityFilterTrueFalse = 22] = "SpeechServiceResponse_RequestProfanityFilterTrueFalse", e[e.SpeechServiceResponse_JsonResult = 23] = "SpeechServiceResponse_JsonResult", e[e.SpeechServiceResponse_JsonErrorDetails = 24] = "SpeechServiceResponse_JsonErrorDetails", e[e.CancellationDetail

4754s_Reason = 25] = "CancellationDetails_Reason", e[e.CancellationDetails_ReasonText = 26] = "CancellationDetails_ReasonText", e[e.CancellationDetails_ReasonDetailedText = 27] = "CancellationDetails_ReasonDetailedText", e[e.SpeechServiceConnection_Url = 28] = "SpeechServiceConnection_Url", e[e.SpeechServiceConnection_InitialSilenceTimeoutMs = 29] = "SpeechServiceConnection_InitialSilenceTimeoutMs", e[e.SpeechServiceConnection_EndSilenceTimeoutMs = 30] = "SpeechServiceConnection_EndSilenceTimeoutMs", e[e.Speech_SegmentationSilenceTimeoutMs = 31] = "Speech_SegmentationSilenceTimeoutMs", e[e.Speech_SegmentationMaximumTimeMs = 32] = "Speech_SegmentationMaximumTimeMs", e[e.Speech_SegmentationStrategy = 33] = "Speech_SegmentationStrategy", e[e.Speech_StartEventSensitivity = 34] = "Speech_StartEventSensitivity", e[e.SpeechServiceConnection_EnableAudioLogging = 35] = "SpeechServiceConnection_EnableAudioLogging", e[e.SpeechServiceConnection_LanguageIdMode = 36] = "SpeechServiceConnection_LanguageIdMode", e[e.SpeechServiceConnection_RecognitionEndpointVersion = 37] = "SpeechServiceConnection_RecognitionEndpointVersion", e[e.SpeechServiceResponse_ProfanityOption = 38] = "SpeechServiceResponse_ProfanityOption", e[e.SpeechServiceResponse_PostProcessingOption = 39] = "SpeechServiceResponse_PostProcessingOption", e[e.SpeechServiceResponse_RequestWordLevelTimestamps = 40] = "SpeechServiceResponse_RequestWordLevelTimestamps", e[e.SpeechServiceResponse_StablePartialResultThreshold = 41] = "SpeechServiceResponse_StablePartialResultThreshold", e[e.SpeechServiceResponse_OutputFormatOption = 42] = "SpeechServiceResponse_OutputFormatOption", e[e.SpeechServiceResponse_TranslationRequestStablePartialResult = 43] = "SpeechServiceResponse_TranslationRequestStablePartialResult", e[e.SpeechServiceResponse_RequestWordBoundary = 44] = "SpeechServiceResponse_RequestWordBoundary", e[e.SpeechServiceResponse_RequestPunctuationBoundary = 45] = "SpeechServiceResponse_RequestPunctuationBoundary", e[e.SpeechServiceResponse_RequestSentenceBoundary = 46] = "SpeechServiceResponse_RequestSentenceBoundary", e[e.SpeechServiceResponse_DiarizeIntermediateResults = 47] = "SpeechServiceResponse_DiarizeIntermediateResults", e[e.Conversation_ApplicationId = 48] = "Conversation_ApplicationId", e[e.Conversation_DialogType = 49] = "Conversation_DialogType", e[e.Conversation_Initial_Silence_Timeout = 50] = "Conversation_Initial_Silence_Timeout", e[e.Conversation_From_Id = 51] = "Conversation_From_Id", e[e.Conversation_Conversation_Id = 52] = "Conversation_Conversation_Id", e[e.Conversation_Custom_Voice_Deployment_Ids = 53] = "Conversation_Custom_Voice_Deployment_Ids", e[e.Conversation_Speech_Activity_Template = 54] = "Conversation_Speech_Activity_Template", e[e.Conversation_Request_Bot_Status_Messages = 55] = "Conversation_Request_Bot_Status_Messages", e[e.Conversation_Agent_Connection_Id = 56] = "Conversation_Agent_Connection_Id", e[e.SpeechServiceConnection_Host = 57] = "SpeechServiceConnection_Host", e[e.ConversationTranslator_Host = 58] = "ConversationTranslator_Host", e[e.ConversationTranslator_Name = 59] = "ConversationTranslator_Name", e[e.ConversationTranslator_CorrelationId = 60] = "ConversationTranslator_CorrelationId", e[e.ConversationTranslator_Token = 61] = "ConversationTranslator_Token", e[e.PronunciationAssessment_ReferenceText = 62] = "PronunciationAssessment_ReferenceText", e[e.PronunciationAssessment_GradingSystem = 63] = "PronunciationAssessment_GradingSystem", e[e.PronunciationAssessment_Granularity = 64] = "PronunciationAssessment_Granularity", e[e.PronunciationAssessment_EnableMiscue = 65] = "PronunciationAssessment_EnableMiscue", e[e.PronunciationAssessment_Json = 66] = "PronunciationAssessment_Json", e[e.PronunciationAssessment_Params = 67] = "PronunciationAssessment_Params", e[e.WebWorkerLoadType = 68] = "WebWorkerLoadType", e[e.TalkingAvatarService_WebRTC_SDP = 69] = "TalkingAvatarService_WebRTC_SDP", e[e.Recognizer_StopTimeoutMs = 70] = "Recognizer_StopTimeoutMs", e[e.SpeechServiceResponse_RecognitionLatencyMs = 71] = "SpeechServiceResponse_RecognitionLatencyMs";
4755  }(t.PropertyId || (t.PropertyId = {}));
4756})(Ai);
4757var lt = {}, zs;
4758function Ud() {
4759  if (zs) return lt;
4760  zs = 1, Object.defineProperty(lt, "__esModule", { value: !0 }), lt.Recognizer = void 0;

4761  const t = A(), e = I(), r = O, s = R();
4762  let p = class ec {
4763    /**
4764     * Creates and initializes an instance of a Recognizer
4765     * @constructor
4766     * @param {AudioConfig} audioInput - An optional audio input stream associated with the recognizer
4767     * @param {PropertyCollection} properties - A set of properties to set on the recognizer
4768     * @param {IConnectionFactory} connectionFactory - The factory class used to create a custom IConnection for the recognizer
4769     */
4770    constructor(n, i, o, c) {
4771      this.audioConfig = n !== void 0 ? n : s.AudioConfig.fromDefaultMicrophoneInput(), this.privDisposed = !1, this.privProperties = i.clone(), this.privConnectionFactory = o, this.tokenCredential = c, this.implCommonRecognizerSetup();
4772    }
4773    /**
4774     * Dispose of associated resources.
4775     * @member Recognizer.prototype.close
4776     * @function
4777     * @public
4778     */
4779    close(n, i) {
4780      r.Contracts.throwIfDisposed(this.privDisposed), (0, e.marshalPromiseToCallbacks)(this.dispose(!0), n, i);
4781    }
4782    /**
4783     * @Internal
4784     * Internal data member to support fromRecognizer* pattern methods on other classes.
4785     * Do not use externally, object returned will change without warning or notice.
4786     */
4787    get internalData() {
4788      return this.privReco;
4789    }
4790    /**
4791     * This method performs cleanup of resources.
4792     * The Boolean parameter disposing indicates whether the method is called
4793     * from Dispose (if disposing is true) or from the finalizer (if disposing is false).
4794     * Derived classes should override this method to dispose resource if needed.
4795     * @member Recognizer.prototype.dispose
4796     * @function
4797     * @public
4798     * @param {boolean} disposing - Flag to request disposal.
4799     */
4800    async dispose(n) {
4801      this.privDisposed || (this.privDisposed = !0, n && this.privReco && (await this.privReco.audioSource.turnOff(), await this.privReco.dispose()));
4802    }
4803    /**
4804     * This method returns the current state of the telemetry setting.
4805     * @member Recognizer.prototype.telemetryEnabled
4806     * @function
4807     * @public
4808     * @returns true if the telemetry is enabled, false otherwise.
4809     */
4810    static get telemetryEnabled() {
4811      return t.ServiceRecognizerBase.telemetryDataEnabled;
4812    }
4813    /**
4814     * This method globally enables or disables telemetry.
4815     * @member Recognizer.prototype.enableTelemetry
4816     * @function
4817     * @public
4818     * @param enabled - Global setting for telemetry collection.
4819     * If set to true, telemetry information like microphone errors,
4820     * recognition errors are collected and sent to Microsoft.
4821     * If set to false, no telemetry is sent to Microsoft.
4822     */
4823    static enableTelemetry(n) {
4824      t.ServiceRecognizerBase.telemetryDataEnabled = n;
4825    }
4826    // Does the generic recognizer setup that is common across all recognizer types.
4827    implCommonRecognizerSetup() {
4828      let n = typeof window < "u" ? "Browser" : "Node", i = "unknown", o = "unknown";
4829      typeof navigator < "u" && (n = n + "/" + navigator.platform, i = navigator.userAgent, o = navigator.appVersion);
4830      const c = this.createRecognizerConfig(new t.SpeechServiceConfig(new t.Context(new t.OS(n, i, o))));
4831      this.privReco = this.createServiceRecognizer(ec.getAuth(this.privProperties, this.tokenCredential), this.privConnectionFactory, this.audioConfig, c);
4832    }
4833    async recognizeOnceAsyncImpl(n) {
4834      r.Contracts.throwIfDisposed(this.privDisposed);
4835      const i = new e.Deferred();
4836      await this.implRecognizerStop(), await this.privReco.recognize(n, i.resolve, i.reject);
4837      const o = await i.promise;
4838      return await this.implRecognizerStop(), o;
4839    }
4840    async startContinuousRecognitionAsyncImpl(n) {
4841      r.Contracts.throwIfDisposed(this.privDisposed), await this.implRecognizerStop(), await this.privReco.recognize(n, void 0, void 0);
4842    }
4843    async stopContinuousRecognitionAsyncImpl() {
4844      r.Contracts.throwIfDisposed(this.privDisposed), await this.implRecognizerStop();
4845    }
4846    async implRecognizerStop() {
4847      if (this.privReco) {
4848        const n = this.privProperties.getProperty(s.PropertyId.Recognizer_StopTimeoutMs, void 0);
4849        if (n !== void 0 && n !== "") {
4850          const i = parseInt(n, 10);
4851          if (i > 0) {
4852            try {
4853              await this.withTimeout(this.privReco.stopRecognizing(

4853), i, `Stop operation timed out after ${i}ms waiting for service to complete turn`);
4854            } catch (o) {
4855              throw await this.privReco.disconnect(), o;
4856            }
4857            return;
4858          }
4859        }
4860        await this.privReco.stopRecognizing();
4861      }
4862    }
4863    withTimeout(n, i, o) {
4864      return Promise.race([
4865        n,
4866        new Promise((c, u) => {
4867          setTimeout(() => {
4868            u(new Error(o));
4869          }, i);
4870        })
4871      ]);
4872    }
4873    static getAuth(n, i) {
4874      const o = n.getProperty(s.PropertyId.SpeechServiceConnection_Key, void 0);
4875      return o && o !== "" ? new t.CognitiveSubscriptionKeyAuthentication(o) : i ? new t.CognitiveTokenAuthentication(async () => {
4876        try {
4877          const c = await i.getToken("https://cognitiveservices.azure.com/.default");
4878          return (c == null ? void 0 : c.token) ?? "";
4879        } catch (c) {
4880          throw c;
4881        }
4882      }, async () => {
4883        try {
4884          const c = await i.getToken("https://cognitiveservices.azure.com/.default");
4885          return (c == null ? void 0 : c.token) ?? "";
4886        } catch (c) {
4887          throw c;
4888        }
4889      }) : new t.CognitiveTokenAuthentication(() => {
4890        const c = n.getProperty(s.PropertyId.SpeechServiceAuthorization_Token, void 0);
4891        return Promise.resolve(c);
4892      }, () => {
4893        const c = n.getProperty(s.PropertyId.SpeechServiceAuthorization_Token, void 0);
4894        return Promise.resolve(c);
4895      });
4896    }
4897  };
4898  return lt.Recognizer = p, lt;
4899}
4900var ft = {}, ae = {};
4901(function(t) {
4902  Object.defineProperty(t, "__esModule", { value: !0 }), t.SpeechStartEventSensitivity = t.RecognitionMode = void 0, function(e) {
4903    e.Interactive = "Interactive", e.Dictation = "Dictation", e.Conversation = "Conversation", e.None = "None";
4904  }(t.RecognitionMode || (t.RecognitionMode = {})), function(e) {
4905    e.Low = "low", e.Medium = "medium", e.High = "high";
4906  }(t.SpeechStartEventSensitivity || (t.SpeechStartEventSensitivity = {}));
4907})(ae);
4908var js;
4909function xd() {
4910  if (js) return ft;
4911  js = 1, Object.defineProperty(ft, "__esModule", { value: !0 }), ft.SpeechRecognizer = void 0;
4912  const t = A(), e = ae, r = I(), s = O, p = R();
4913  let a = class tc extends p.Recognizer {
4914    /**
4915     * SpeechRecognizer constructor.
4916     * @constructor
4917     * @param {SpeechConfig} speechConfig - an set of initial properties for this recognizer
4918     * @param {AudioConfig} audioConfig - An optional audio configuration associated with the recognizer
4919     */
4920    constructor(i, o) {
4921      const c = i;
4922      s.Contracts.throwIfNull(c, "speechConfig"), s.Contracts.throwIfNullOrWhitespace(c.properties.getProperty(p.PropertyId.SpeechServiceConnection_RecoLanguage), p.PropertyId[p.PropertyId.SpeechServiceConnection_RecoLanguage]), super(o, c.properties, new t.SpeechConnectionFactory(), i.tokenCredential), this.privDisposedRecognizer = !1;
4923    }
4924    /**
4925     * SpeechRecognizer constructor.
4926     * @constructor
4927     * @param {SpeechConfig} speechConfig - an set of initial properties for this recognizer
4928     * @param {AutoDetectSourceLanguageConfig} autoDetectSourceLanguageConfig - An source language detection configuration associated with the recognizer
4929     * @param {AudioConfig} audioConfig - An optional audio configuration associated with the recognizer
4930     */
4931    static FromConfig(i, o, c) {
4932      const u = i;
4933      return o.properties.mergeTo(u.properties), new tc(i, c);
4934    }
4935    /**
4936     * Gets the endpoint id of a customized speech model that is used for speech recognition.
4937     * @member SpeechRecognizer.prototype.endpointId
4938     * @function
4939     * @public
4940     * @returns {string} the endpoint id of a customized speech model that is used for speech recognition.
4941     */
4942    get endpointId() {
4943      return s.Contracts.throwIfDisposed(this.privDisposedRecognizer), this.properties.getProperty(p.PropertyId.SpeechServiceConnection_EndpointId, "00000000-0000-0000-0000-000000000000");
4944    }
4945    /**
4946     * Gets the authorization token used to communicate with the service.
4947     * @member SpeechRecognizer.prototype.authorizationToken
4948     * @function
4949     * @public
4950     * @returns {string} Authorization token.
4951     */
4952    get authorizationToken() {
4953      return this.properties.getProperty(p.PropertyId.SpeechServiceAuthorization_Token);
4954    }
4955    /**
4956     * Gets/Sets the authorization token used to communicate with the service.
4957     * @member SpeechRecognizer.prototype.authorizationToken
4958     * @function
4959     * @public
4960     * @param {string} token - Authorization token.
4961     */
4962    set authorizationToken(i) {
4963      s.Contracts.throwIfNullOrWhitespace(i, "token"), this.properties.setProperty(p.PropertyId.SpeechServiceAuthorization_Token, i);
4964    }
4965    /**
4966     * Gets the spoken language of recognition.
4967     * @member SpeechRecognizer.prototype.speechRecognitionLanguage
4968     * @function
4969     * @public
4970     * @returns {string} The spoken language of recognition.
4971     */
4972    get speechRecognitionLanguage() {
4973      return s.Contracts.throwIfDisposed(this.privDisposedRecognizer), this.properties.getProperty(p.PropertyId.SpeechServiceConnection_RecoLanguage);
4974    }
4975    /**
4976     * Gets the output format of recognition.
4977     * @member SpeechRecognizer.prototype.outputFormat
4978     * @function
4979     * @public
4980     * @returns {OutputFormat} The output format of recognition.
4981     */
4982    get outputFormat() {
4983      return s.Contracts.throwIfDisposed(this.privDisposedRecognizer), this.properties.getProperty(t.OutputFormatPropertyName, p.OutputFormat[p.OutputFormat.Simple]) === p.OutputFormat[p.OutputFormat.Simple] ? p.OutputFormat.Simple : p.OutputFormat.Detailed;
4984    }
4985    /**
4986     * The collection of properties and their values defined for this SpeechRecognizer.
4987     * @member SpeechRecognizer.prototype.properties
4988     * @function
4989     * @public
4990     * @returns {PropertyCollection} The collection of properties and their values defined for this SpeechRecognizer.
4991     */
4992    get properties() {
4993      return this.privProperties;
4994    }
4995    /**
4996     * Starts speech recognition, and stops after the first utterance is recognized.
4997     * The task returns the recognition text as result.
4998     * Note: RecognizeOnceAsync() returns when the first utterance has been recognized,
4999     * so it is suitable only for single shot recognition
5000     * like command or query. For long-running recognition, use StartContinuousRecognitionAsync() instead.
5001     * @member SpeechRecognizer.prototype.recognizeOnceAsync
5002     * @function
5003     * @public
5004     * @param cb - Callback that received the SpeechRecognitionResult.
5005     * @param err - Callback invoked in case of an error.
5006     */
5007    recognizeOnceAsync(i, o) {
5008      (0, r.marshalPromiseToCallbacks)(this.recognizeOnceAsyncImpl(e.RecognitionMode.Interactive), i, o);
5009    }
5010    /**
5011     * Starts speech recognition, until stopContinuousRecognitionAsync() is called.
5012     * User must subscribe to events to receive recognition results.
5013     * @member SpeechRecognizer.prototype.startContinuousRecognitionAsync
5014     * @function
5015     * @public
5016     * @param cb - Callback invoked once the recognition has started.
5017     * @param err - Callback invoked in case of an error.
5018     */
5019    startContinuousRecognitionAsync(i, o) {
5020      (0, r.marshalPromiseToCallbacks)(this.startContinuousRecognitionAsyncImpl(this.properties.getProperty(t.ForceDictationPropertyName, void 0) === void 0 ? e.RecognitionMode.Conversation : e.RecognitionMode.Dictation), i, o);
5021    }
5022    /**
5023     * Stops continuous speech recognition.
5024     * @member SpeechRecognizer.prototype.stopContinuousRecognitionAsync
5025     * @function
5026     * @public
5027     * @param cb - Callback invoked once the recognition has stopped.
5028     * @param err - Callback invoked in case of an error.
5029     */
5030    stopContinuousRecognitionAsync(i, o) {
5031      (0, r.marshalPromiseToCallbacks)(this.stopContinuousRecognitionAsyncImpl(), i, o);
5032    }
5033    /**
5034     * Starts speech recognition with keyword spotting, until
5035     * stopKeywordRecognitionAsync() is called.
5036     * User must subscribe to events to receive recognition results.
5037     * Note: Key word spotting functionality is only available on the
5038     * Speech Devices SDK. This functionality is currently not included in the SDK itself.
5039     * @member SpeechRecognizer.prototype.startKeywordRecognitionAsync
5040     * @function
5041     * @public
5042     * @param {KeywordRecognitionModel} model The keyword recognition model that
5043     * specifies the keyword to be recognized.
5044     * @param cb - Callback invoked once the recognition has started.
5045     * @param err - Callback invoked in case of an error.
5046     */
5047    startKeywordRecognitionAsync(i, o, c) {
5048      s.Contracts.throwIfNull(i, "model"), c && c("Not yet implemented.");
5049    }
5050    /**
5051     * Stops continuous speech recognition.
5052     * Note: Key word spotting functionality is only available on the
5053     * Speech Devices SDK. This functionality is currently not included in the SDK itself.
5054     * @member SpeechRecognizer.prototype.stopKeywordRecognitionAsync
5055     * @function
5056     * @public
5057     * @param cb - Callback invoked once the recognition has stopped.
5058     * @param err - Callback invoked in case of an error.
5059     */
5060    stopKeywordRecognitionAsync(i) {
5061      i && i();
5062    }
5063    /**
5064     * closes all external resources held by an instance of this class.
5065     * @member SpeechRecognizer.prototype.close
5066     * @function
5067     * @public
5068     */
5069    close(i, o) {
5070      s.Contracts.throwIfDisposed(this.privDisposedRecognizer), (0, r.marshalPromiseToCallbacks)(this.dispose(!0), i, o);
5071    }
5072    /**

5073     * Disposes any resources held by the object.
5074     * @member SpeechRecognizer.prototype.dispose
5075     * @function
5076     * @public
5077     * @param {boolean} disposing - true if disposing the object.
5078     */
5079    async dispose(i) {
5080      this.privDisposedRecognizer || (i && (this.privDisposedRecognizer = !0, await this.implRecognizerStop()), await super.dispose(i));
5081    }
5082    createRecognizerConfig(i) {
5083      return new t.RecognizerConfig(i, this.privProperties);
5084    }
5085    createServiceRecognizer(i, o, c, u) {
5086      const h = c;
5087      return new t.SpeechServiceRecognizer(i, o, h, u, this);
5088    }
5089  };
5090  return ft.SpeechRecognizer = a, ft;
5091}
5092var gt = {}, mt = {}, be = {}, Ls;
5093function rc() {
5094  if (Ls) return be;
5095  Ls = 1, Object.defineProperty(be, "__esModule", { value: !0 }), be.ConnectionMessageImpl = be.ConnectionMessage = void 0;
5096  const t = Y, e = I(), r = $a(), s = Ai;
5097  let p = class {
5098  };
5099  be.ConnectionMessage = p;
5100  class a {
5101    constructor(i) {
5102      this.privConnectionMessage = i, this.privProperties = new r.PropertyCollection(), this.privConnectionMessage.headers[t.HeaderNames.ConnectionId] && this.privProperties.setProperty(s.PropertyId.Speech_SessionId, this.privConnectionMessage.headers[t.HeaderNames.ConnectionId]), Object.keys(this.privConnectionMessage.headers).forEach((o) => {
5103        this.privProperties.setProperty(o, this.privConnectionMessage.headers[o]);
5104      });
5105    }
5106    /**
5107     * The message path.
5108     */
5109    get path() {
5110      return this.privConnectionMessage.headers[Object.keys(this.privConnectionMessage.headers).find((i) => i.toLowerCase() === "path".toLowerCase())];
5111    }
5112    /**
5113     * Checks to see if the ConnectionMessage is a text message.
5114     * See also IsBinaryMessage().
5115     */
5116    get isTextMessage() {
5117      return this.privConnectionMessage.messageType === e.MessageType.Text;
5118    }
5119    /**
5120     * Checks to see if the ConnectionMessage is a binary message.
5121     * See also GetBinaryMessage().
5122     */
5123    get isBinaryMessage() {
5124      return this.privConnectionMessage.messageType === e.MessageType.Binary;
5125    }
5126    /**
5127     * Gets the text message payload. Typically the text message content-type is
5128     * application/json. To determine other content-types use
5129     * Properties.GetProperty("Content-Type").
5130     */
5131    get TextMessage() {
5132      return this.privConnectionMessage.textBody;
5133    }
5134    /**
5135     * Gets the binary message payload.
5136     */
5137    get binaryMessage() {
5138      return this.privConnectionMessage.binaryBody;
5139    }
5140    /**
5141     * A collection of properties and their values defined for this <see cref="ConnectionMessage"/>.
5142     * Message headers can be accessed via this collection (e.g. "Content-Type").
5143     */
5144    get properties() {
5145      return this.privProperties;
5146    }
5147    /**
5148     * Returns a string that represents the connection message.
5149     */
5150    toString() {
5151      return "";
5152    }
5153  }
5154  return be.ConnectionMessageImpl = a, be;
5155}
5156var Bs;
5157function ic() {
5158  if (Bs) return mt;
5159  Bs = 1, Object.defineProperty(mt, "__esModule", { value: !0 }), mt.Connection = void 0;
5160  const t = A(), e = I(), r = rc(), s = O, p = R();
5161  let a = class _n {
5162    /**
5163     * Gets the Connection instance from the specified recognizer.
5164     * @param recognizer The recognizer associated with the connection.
5165     * @return The Connection instance of the recognizer.
5166     */
5167    static fromRecognizer(i) {
5168      const o = i.internalData, c = new _n();
5169      return c.privInternalData = o, c.setupEvents(), c;
5170    }
5171    /**
5172     * Gets the Connection instance from the specified synthesizer.
5173     * @param synthesizer The synthesizer associated with the connection.
5174     * @return The Connection instance of the synthesizer.
5175     */
5176    static fromSynthesizer(i) {
5177      const o = i.internalData, c = new _n();
5178      return c.privInternalData = o, c.setupEvents(), c;
5179    }
5180    /**
5181     * Starts to set up connection to the service.
5182     * Users can optionally call openConnection() to manually set up a connection in advance before starting recognition on the
5183     * Recognizer associated with this Connection. After starting recognition, calling Open() will have no effect
5184     *
5185     * Note: On return, the connection might not be ready yet. Please subscribe to the Connected event to
5186     * be notified when the connection is established.

5187     */
5188    openConnection(i, o) {
5189      (0, e.marshalPromiseToCallbacks)(this.privInternalData.connect(), i, o);
5190    }
5191    /**
5192     * Closes the connection the service.
5193     * Users can optionally call closeConnection() to manually shutdown the connection of the associated Recognizer.
5194     *
5195     * If closeConnection() is called during recognition, recognition will fail and cancel with an error.
5196     */
5197    closeConnection(i, o) {
5198      if (this.privInternalData instanceof t.SynthesisAdapterBase)
5199        throw new Error("Disconnecting a synthesizer's connection is currently not supported");
5200      (0, e.marshalPromiseToCallbacks)(this.privInternalData.disconnect(), i, o);
5201    }
5202    /**
5203     * Appends a parameter in a message to service.
5204     * Added in version 1.12.1.
5205     * @param path The path of the network message.
5206     * @param propertyName Name of the property
5207     * @param propertyValue Value of the property. This is a json string.
5208     */
5209    setMessageProperty(i, o, c) {
5210      if (s.Contracts.throwIfNullOrWhitespace(o, "propertyName"), this.privInternalData instanceof t.ServiceRecognizerBase) {
5211        if (i.toLowerCase() !== "speech.context")
5212          throw new Error("Only speech.context message property sets are currently supported for recognizer");
5213        {
5214          const u = this.privInternalData.speechContext.getContext();
5215          u[o] = c;
5216        }
5217      } else if (this.privInternalData instanceof t.SynthesisAdapterBase) {
5218        if (i.toLowerCase() !== "speech.config" && i.toLowerCase() !== "synthesis.context")
5219          throw new Error("Only speech.config and synthesis.context message paths are currently supported for synthesizer");
5220        if (i.toLowerCase() === "speech.config") {
5221          if (o.toLowerCase() !== "context")
5222            throw new Error("Only context property is currently supported for speech.config message path for synthesizer");
5223          this.privInternalData.synthesizerConfig.setContextFromJson(c);
5224        } else
5225          this.privInternalData.synthesisContext.setSection(o, c);
5226      }
5227    }
5228    /**
5229     * Sends a message to the speech service.
5230     * Added in version 1.13.0.
5231     * @param path The WebSocket path of the message
5232     * @param payload The payload of the message. This is a json string or a ArrayBuffer.
5233     * @param success A callback to indicate success.
5234     * @param error A callback to indicate an error.
5235     */
5236    sendMessageAsync(i, o, c, u) {
5237      (0, e.marshalPromiseToCallbacks)(this.privInternalData.sendNetworkMessage(i, o), c, u);
5238    }
5239    /**
5240     * Dispose of associated resources.
5241     */
5242    close() {
5243    }
5244    setupEvents() {
5245      this.privEventListener = this.privInternalData.connectionEvents.attach((i) => {
5246        i.name === "ConnectionEstablishedEvent" ? this.connected && this.connected(new p.ConnectionEventArgs(i.connectionId)) : i.name === "ConnectionClosedEvent" ? this.disconnected && this.disconnected(new p.ConnectionEventArgs(i.connectionId)) : i.name === "ConnectionMessageSentEvent" ? this.messageSent && this.messageSent(new p.ConnectionMessageEventArgs(new r.ConnectionMessageImpl(i.message))) : i.name === "ConnectionMessageReceivedEvent" && this.messageReceived && this.messageReceived(new p.ConnectionMessageEventArgs(new r.ConnectionMessageImpl(i.message)));
5247      }), this.privServiceEventListener = this.privInternalData.serviceEvents.attach((i) => {
5248        this.receivedServiceMessage && this.receivedServiceMessage(new p.ServiceEventArgs(i.jsonString, i.name));
5249      });
5250    }
5251  };
5252  return mt.Connection = a, mt;
5253}
5254var qs;
5255function Wd() {
5256  if (qs) return gt;
5257  qs = 1, Object.defineProperty(gt, "__esModule", { value: !0 }), gt.TranslationRecognizer = void 0;
5258  const t = A(), e = ae, r = I(), s = ic(), p = O, a = R();
5259  let n = class nc extends a.Recognizer {
5260    /**
5261     * Initializes an instance of the TranslationRecognizer.
5262     * @constructor
5263     * @param {SpeechTranslationConfig} speechConfig - Set of properties to configure this recognizer.
5264     * @param {AudioConfig} audioConfig - An optional audio config associated with the recognizer
5265     * @param {IConnectionFactory} connectionFactory - An optional connection factory to use to generate the endpoint URIs, headers to set, etc...
5266     */
5267    constructor(o, c, u) {
5268      const h = o;
5269      p.Contracts.throwIfNull(h, "speechConfig"), super(c, h.properties, u || new t.TranslationConnectionFactory(), o.tokenCredential), this.privDisposedTranslationRecognizer = !1, this.properties.getProperty(a.PropertyId.SpeechServiceConnection_TranslationVoice, void 0) !== void 0 && p.Contracts.throwIfNullOrWhitespace(this.properties.getProperty(a.PropertyId.SpeechServiceConnection_TranslationVoice), a.PropertyId[a.PropertyId.SpeechServiceConnection_TranslationVoice]), p.Contracts.throwIfNullOrWhitespace(this.properties.getProperty(a.PropertyId.SpeechServiceConnection_TranslationToLanguages), a.PropertyId[a.PropertyId.SpeechServiceConnection_TranslationToLanguages]), this.properties.getProperty(a.PropertyId.SpeechServiceConnection_AutoDetectSourceLanguages, void 0) === void 0 && p.Contracts.throwIfNullOrWhitespace(this.properties.getProperty(a.PropertyId.SpeechServiceConnection_RecoLanguage), a.PropertyId[a.PropertyId.SpeechServiceConnection_RecoLanguage]);
5270    }
5271    /**
5272     * TranslationRecognizer constructor.
5273     * @constructor
5274     * @param {SpeechTranslationConfig} speechTranslationConfig - an set of initial properties for this recognizer
5275     * @param {AutoDetectSourceLanguageConfig} autoDetectSourceLanguageConfig - An source language detection configuration associated with the recognizer
5276     * @param {AudioConfig} audioConfig - An optional audio configuration associated with the recognizer
5277     */
5278    static FromConfig(o, c, u) {
5279      const h = o;
5280      return c.properties.mergeTo(h.properties), c.properties.getProperty(a.PropertyId.SpeechServiceConnection_AutoDetectSourceLanguages, void 0) === t.AutoDetectSourceLanguagesOpenRangeOptionName && h.properties.setProperty(a.PropertyId.SpeechServiceConnection_RecoLanguage, "en-US"), new nc(o, u);
5281    }
5282    /**
5283     * Gets the language name that was set when the recognizer was created.
5284     * @member TranslationRecognizer.prototype.speechRecognitionLanguage
5285     * @function
5286     * @public
5287     * @returns {string} Gets the language name that was set when the recognizer was created.
5288     */
5289    get speechRecognitionLanguage() {
5290      return p.Contracts.throwIfDisposed(this.privDisposedTranslationRecognizer), this.properties.getProperty(a.PropertyId.SpeechServiceConnection_RecoLanguage);
5291    }
5292    /**
5293     * Gets target languages for translation that were set when the recognizer was created.
5294     * The language is specified in BCP-47 format. The translation will provide translated text for each of language.
5295     * @member TranslationRecognizer.prototype.targetLanguages
5296     * @function
5297     * @public
5298     * @returns {string[]} Gets target languages for translation that were set when the recognizer was created.
5299     */
5300    get targetLanguages() {
5301      return p.Contracts.throwIfDisposed(this.privDisposedTranslationRecognizer), this.properties.getProperty(a.PropertyId.SpeechServiceConnection_TranslationToLanguages).split(",");
5302    }
5303    /**
5304     * Gets the name of output voice.
5305     * @member TranslationRecognizer.prototype.voiceName
5306     * @function
5307     * @public
5308     * @returns {string} the name of output voice.
5309     */
5310    get voiceName() {
5311      return p.Contracts.throwIfDisposed(this.privDisposedTranslationRecognizer), this.properties.getProperty(a.PropertyId.SpeechServiceConnection_TranslationVoice, void 0);
5312    }
5313    /**
5314     * The collection of properties and their values defined for this TranslationRecognizer.
5315     * @member TranslationRecognizer.prototype.properties
5316     * @function
5317     * @public
5318     * @returns {PropertyCollection} The collection of properties and their values defined for this TranslationRecognizer.
5319     */
5320    get properties() {
5321      return this.privProperties;
5322    }
5323    /**
5324     * Gets the authorization token used to communicate with the service.
5325     * @member TranslationRecognizer.prototype.authorizationToken
5326     * @function
5327     * @public
5328     * @returns {string} Authorization token.
5329     */
5330    get authorizationToken() {
5331      return this.properties.getProperty(a.PropertyId.SpeechServiceAuthorization_Token);
5332    }
5333    /**
5334     * Gets/Sets the authorization token used to communicate with the service.
5335     * @member TranslationRecognizer.prototype.authorizationToken
5336     * @function
5337     * @public
5338     * @param {string} value - Authorization token.
5339     */
5340    set authorizationToken(o) {
5341      this.properties.setProperty(a.PropertyId.SpeechServiceAuthorization_Token, o);
5342    }
5343    /**
5344     * Starts recognition and translation, and stops after the first utterance is recognized.
5345     * The task returns the translation text as result.
5346     * Note: recognizeOnceAsync returns when the first utterance has been recognized, so it is suitable only
5347     * for single shot recognition like command or query. For long-running recognition,
5348     * use startContinuousRecognitionAsync() instead.
5349     * @member TranslationRecognizer.prototype.recognizeOnceAsync
5350     * @function
5351     * @public
5352     * @param cb - Callback that received the result when the translation has completed.
5353     * @param err - Callback invoked in case of an error.
5354     */
5355    recognizeOnceAsync(o, c) {
5356      p.Contracts.throwIfDisposed(this.privDisposedTranslationRecognizer), (0, r.marshalPromiseToCallbacks)(this.recognizeOnceAsyncImpl(e.RecognitionMode.Interactive), o, c);
5357    }
5358    /**
5359     * Starts recognition and translation, until stopContinuousRecognitionAsync() is called.
5360     * User must subscribe to events to receive translation results.
5361     * @member TranslationRecognizer.prototype.startContinuousRecognitionAsync
5362     * @function
5363     * @public
5364     * @param cb - Callback that received the translation has started.
5365     * @param err - Callback invoked in case of an error.
5366     */
5367    startContinuousRecognitionAsync(o, c) {
5368      (0, r.marshalPromiseToCallbacks)(this.startContinuousRecognitionAsyncImpl(e.RecognitionMode.Conversation), o, c);
5369    }
5370    /**
5371     * Stops continuous recognition and translation.
5372     * @member TranslationRecognizer.prototype.stopContinuousRecognitionAsync
5373     * @function
5374     * @public
5375     * @param cb - Callback that received the translation has stopped.
5376     * @param err - Callback invoked in case of an error.
5377     */
5378    stopContinuousRecognitionAsync(o, c) {
5379      (0, r.marshalPromiseToCallbacks)(this.stopContinuousRecognitionAsyncImpl(), o, c);
5380    }
5381    /**
5382     * dynamically remove a language from list of target language
5383     * (can be used while recognition is ongoing)
5384     * @member TranslationRecognizer.prototype.removeTargetLanguage
5385     * @function
5386     * @param lang - language to be removed
5387     * @public
5388     */
5389    removeTargetLanguage(o) {
5390      if (p.Contracts.throwIfNullOrUndefined(o, "language to be removed"), this.properties.getProperty(a.PropertyId.SpeechServiceConnection_TranslationToLanguages, void 0) !== void 0) {
5391        const c = this.properties.getProperty(a.PropertyId.SpeechServiceConnection_TranslationToLanguages).split(","), u = c.indexOf(o);
5392        u > -1 && (c.splice(u, 1), this.properties.setProperty(a.PropertyId.SpeechServiceConnection_TranslationToLanguages, c.join(",")), this.updateLanguages(c));
5393      }
5394    }
5395    /**
5396     * dynamically add a language to list of target language
5397     * (can be used while recognition is ongoing)
5398     * @member TranslationRecognizer.prototype.addTargetLanguage
5399     * @function
5400     * @param lang - language to be added
5401     * @public
5402     */
5403    addTargetLanguage(o) {
5404      p.Contracts.throwIfNullOrUndefined(o, "language to be added");
5405      let c = [];
5406      this.properties.getProperty(a.PropertyId.SpeechServiceConnection_TranslationToLanguages, void 0) !== void 0 ? (c = this.properties.getProperty(a.PropertyId.SpeechServiceConnection_TranslationToLanguages).split(","), c.includes(o) || (c.push(o), this.properties.setProperty(a.PropertyId.SpeechServiceConnection_TranslationToLanguages, c.join(",")))) : (this.properties.setProperty(a.PropertyId.SpeechServiceConnection_TranslationToLanguages, o), c = [o]), this.updateLanguages(c);
5407    }
5408    /**
5409     * closes all external resources held by an instance of this class.
5410     * @member TranslationRecognizer.prototype.close
5411     * @function
5412     * @public
5413     */
5414    close(o, c) {
5415      p.Contracts.throwIfDisposed(this.privDisposedTranslationRecognizer), (0, r.marshalPromiseToCallbacks)(this.dispose(!0), o, c);
5416    }
5417    /**
5418     * handles ConnectionEstablishedEvent for conversation translation scenarios.
5419     * @member TranslationRecognizer.prototype.onConnection
5420     * @function
5421     * @public
5422     */
5423    // eslint-disable-next-line @typescript-eslint/no-empty-function
5424    onConnection() {
5425    }
5426    async dispose(o) {
5427      this.privDisposedTranslationRecognizer || (this.privDisposedTranslationRecognizer = !0, o && (await this.implRecognizerStop(), await super.dispose(o)));
5428    }
5429    createRecognizerConfig(o) {
5430      return new t.RecognizerConfig(o, this.privProperties);
5431    }
5432    createServiceRecognizer(o, c, u, h) {
5433      const d = u;
5434      return new t.TranslationServiceRecognizer(o, c, d, h, this);
5435    }
5436    updateLanguages(o) {
5437      const c = s.Connection.fromRecognizer(this);
5438      c && (c.setMessageProperty("speech.context", "translationcontext", { to: o }), c.sendMessageAsync("event", JSON.stringify({
5439        id: "translation",
5440        name: "updateLanguage",
5441        to: o
5442      })));
5443    }
5444  };
5445  return gt.TranslationRecognizer = n, gt;
5446}
5447var St = {}, Fs;
5448function Hd() {
5449  if (Fs) return St;
5450  Fs = 1, Object.defineProperty(St, "__esModule", { value: !0 }), St.Translations = void 0;
5451  const t = R();
5452  let e = class {
5453    constructor() {
5454      this.privMap = new t.PropertyCollection();
5455    }
5456    /**
5457     * Get the languages in the object in a String array.
5458     * @member Translations.prototype.languages
5459     * @function
5460     * @public
5461     * @returns {string[]} languages in translations object.
5462     */
5463    get languages() {
5464      return this.privMap.keys;
5465    }
5466    /**

5467     * Returns the parameter value in type String. The parameter must have the same type as String.
5468     * Currently only String, int and bool are allowed.
5469     * If the name is not available, the specified defaultValue is returned.
5470     * @member Translations.prototype.get
5471     * @function
5472     * @public
5473     * @param {string} key - The parameter name.
5474     * @param {string} def - The default value which is returned if the parameter is not available in the collection.
5475     * @returns {string} value of the parameter.
5476     */
5477    get(s, p) {
5478      return this.privMap.getProperty(s, p);
5479    }
5480    /**
5481     * Sets the String value of the parameter specified by name.
5482     * @member Translations.prototype.set
5483     * @function
5484     * @public
5485     * @param {string} key - The parameter name.
5486     * @param {string} value - The value of the parameter.
5487     */
5488    set(s, p) {
5489      this.privMap.setProperty(s, p);
5490    }
5491  };
5492  return St.Translations = e, St;
5493}
5494var sc = {};
5495(function(t) {
5496  Object.defineProperty(t, "__esModule", { value: !0 }), t.NoMatchReason = void 0, function(e) {
5497    e[e.NotRecognized = 0] = "NotRecognized", e[e.InitialSilenceTimeout = 1] = "InitialSilenceTimeout", e[e.InitialBabbleTimeout = 2] = "InitialBabbleTimeout";
5498  }(t.NoMatchReason || (t.NoMatchReason = {}));
5499})(sc);
5500var Ct = {}, Us;
5501function Kd() {
5502  if (Us) return Ct;
5503  Us = 1, Object.defineProperty(Ct, "__esModule", { value: !0 }), Ct.NoMatchDetails = void 0;
5504  const t = A(), e = R();
5505  let r = class oc {
5506    /**
5507     * Creates and initializes an instance of this class.
5508     * @constructor
5509     * @param {NoMatchReason} reason - The no-match reason.
5510     */
5511    constructor(p) {
5512      this.privReason = p;
5513    }
5514    /**
5515     * Creates an instance of NoMatchDetails object for the NoMatch SpeechRecognitionResults.
5516     * @member NoMatchDetails.fromResult
5517     * @function
5518     * @public
5519     * @param {SpeechRecognitionResult | TranslationRecognitionResult}
5520     * result - The recognition result that was not recognized.
5521     * @returns {NoMatchDetails} The no match details object being created.
5522     */
5523    static fromResult(p) {
5524      const a = t.SimpleSpeechPhrase.fromJSON(p.json, 0);
5525      let n = e.NoMatchReason.NotRecognized;
5526      switch (a.RecognitionStatus) {
5527        case t.RecognitionStatus.BabbleTimeout:
5528          n = e.NoMatchReason.InitialBabbleTimeout;
5529          break;
5530        case t.RecognitionStatus.InitialSilenceTimeout:
5531          n = e.NoMatchReason.InitialSilenceTimeout;
5532          break;
5533        default:
5534          n = e.NoMatchReason.NotRecognized;
5535          break;
5536      }
5537      return new oc(n);
5538    }
5539    /**
5540     * The reason the recognition was canceled.
5541     * @member NoMatchDetails.prototype.reason
5542     * @function
5543     * @public
5544     * @returns {NoMatchReason} Specifies the reason canceled.
5545     */
5546    get reason() {
5547      return this.privReason;
5548    }
5549  };
5550  return Ct.NoMatchDetails = r, Ct;
5551}
5552var Ii = {};
5553Object.defineProperty(Ii, "__esModule", { value: !0 });
5554Ii.TranslationRecognitionCanceledEventArgs = void 0;
5555class Jd {
5556  /**
5557   * Creates and initializes an instance of this class.
5558   * @constructor
5559   * @param {string} sessionid - The session id.
5560   * @param {CancellationReason} cancellationReason - The cancellation reason.
5561   * @param {string} errorDetails - Error details, if provided.
5562   * @param {TranslationRecognitionResult} result - The result.
5563   */
5564  constructor(e, r, s, p, a) {
5565    this.privCancelReason = r, this.privErrorDetails = s, this.privResult = a, this.privSessionId = e, this.privErrorCode = p;
5566  }
5567  /**
5568   * Specifies the recognition result.
5569   * @member TranslationRecognitionCanceledEventArgs.prototype.result
5570   * @function
5571   * @public
5572   * @returns {TranslationRecognitionResult} the recognition result.
5573   */
5574  get result() {
5575    return this.privResult;
5576  }
5577  /**
5578   * Specifies the session identifier.
5579   * @member TranslationRecognitionCanceledEventArgs.prototype.sessionId
5580   * @function
5581   * @public
5582   * @returns {string} the session identifier.
5583   */
5584  get sessionId() {
5585    return this.privSessionId;
5586  }
5587  /**
5588   * The reason the recognition was canceled.
5589   * @member TranslationRecognitionCanceledEventArgs.prototype.reason
5590   * @function
5591   * @public
5592   * @returns {CancellationReason} Specifies the reason canceled.
5593   */
5594  get reason() {
5595    return this.privCancelReason;
5596  }
5597  /**
5598   * The error code in case of an unsuccessful recognition.
5599   * Added in version 1.1.0.
5600   * @return An error code that represents the error reason.
5601   */
5602  get errorCode() {
5603    return this.privErrorCode;
5604  }
5605  /**
5606   * In case of an unsuccessful recognition, provides details of the occurred error.
5607   * @member TranslationRecognitionCanceledEventArgs.prototype.errorDetails
5608   * @function
5609   * @public
5610   * @returns {string} A String that represents the error details.
5611   */
5612  get errorDetails() {
5613    return this.privErrorDetails;
5614  }
5615}
5616Ii.TranslationRecognitionCanceledEventArgs = Jd;
5617var jr = {};
5618Object.defineProperty(jr, "__esModule", { value: !0 });

5619jr.CancellationDetailsBase = void 0;
5620class Vd {
5621  /**
5622   * Creates and initializes an instance of this class.
5623   * @constructor
5624   * @param {CancellationReason} reason - The cancellation reason.
5625   * @param {string} errorDetails - The error details, if provided.
5626   */
5627  constructor(e, r, s) {
5628    this.privReason = e, this.privErrorDetails = r, this.privErrorCode = s;
5629  }
5630  /**
5631   * The reason the recognition was canceled.
5632   * @member CancellationDetailsBase.prototype.reason
5633   * @function
5634   * @public
5635   * @returns {CancellationReason} Specifies the reason canceled.
5636   */
5637  get reason() {
5638    return this.privReason;
5639  }
5640  /**
5641   * In case of an unsuccessful recognition, provides details of the occurred error.
5642   * @member CancellationDetailsBase.prototype.errorDetails
5643   * @function
5644   * @public
5645   * @returns {string} A String that represents the error details.
5646   */
5647  get errorDetails() {
5648    return this.privErrorDetails;
5649  }
5650  /**
5651   * The error code in case of an unsuccessful recognition.
5652   * Added in version 1.1.0.
5653   * @return An error code that represents the error reason.
5654   */
5655  get ErrorCode() {
5656    return this.privErrorCode;
5657  }
5658}
5659jr.CancellationDetailsBase = Vd;
5660var yt = {}, xs;
5661function Gd() {
5662  if (xs) return yt;
5663  xs = 1, Object.defineProperty(yt, "__esModule", { value: !0 }), yt.CancellationDetails = void 0;
5664  const t = A(), e = jr, r = R();
5665  let s = class ac extends e.CancellationDetailsBase {
5666    constructor(a, n, i) {
5667      super(a, n, i);
5668    }
5669    /**
5670     * Creates an instance of CancellationDetails object for the canceled RecognitionResult.
5671     * @member CancellationDetails.fromResult
5672     * @function
5673     * @public
5674     * @param {RecognitionResult | SpeechSynthesisResult} result - The result that was canceled.
5675     * @returns {CancellationDetails} The cancellation details object being created.
5676     */
5677    static fromResult(a) {
5678      let n = r.CancellationReason.Error, i = r.CancellationErrorCode.NoError;
5679      if (a instanceof r.RecognitionResult && a.json) {
5680        const o = t.SimpleSpeechPhrase.fromJSON(a.json, 0);
5681        n = t.EnumTranslation.implTranslateCancelResult(o.RecognitionStatus);
5682      }
5683      return a.properties && (i = r.CancellationErrorCode[a.properties.getProperty(t.CancellationErrorCodePropertyName, r.CancellationErrorCode[r.CancellationErrorCode.NoError])]), new ac(n, a.errorDetails || t.EnumTranslation.implTranslateErrorDetails(i), i);
5684    }
5685  };
5686  return yt.CancellationDetails = s, yt;
5687}
5688var cc = {};
5689(function(t) {
5690  Object.defineProperty(t, "__esModule", { value: !0 }), t.CancellationErrorCode = void 0, function(e) {
5691    e[e.NoError = 0] = "NoError", e[e.AuthenticationFailure = 1] = "AuthenticationFailure", e[e.BadRequestParameters = 2] = "BadRequestParameters", e[e.TooManyRequests = 3] = "TooManyRequests", e[e.ConnectionFailure = 4] = "ConnectionFailure", e[e.ServiceTimeout = 5] = "ServiceTimeout", e[e.ServiceError = 6] = "ServiceError", e[e.RuntimeError = 7] = "RuntimeError", e[e.Forbidden = 8] = "Forbidden";
5692  }(t.CancellationErrorCode || (t.CancellationErrorCode = {}));
5693})(cc);
5694var Pt = {}, Ws;
5695function Qd() {
5696  if (Ws) return Pt;
5697  Ws = 1, Object.defineProperty(Pt, "__esModule", { value: !0 }), Pt.ConnectionEventArgs = void 0;
5698  const t = R();
5699  let e = class extends t.SessionEventArgs {
5700  };
5701  return Pt.ConnectionEventArgs = e, Pt;
5702}
5703var Rt = {}, Hs;
5704function Xd() {
5705  if (Hs) return Rt;
5706  Hs = 1, Object.defineProperty(Rt, "__esModule", { value: !0 }), Rt.ServiceEventArgs = void 0;
5707  const t = R();
5708  let e = class extends t.SessionEventArgs {
5709    /**
5710     * Creates and initializes an instance of this class.
5711     * @constructor
5712     * @param {string} json - json payload of the USP message.
5713     */
5714    constructor(s, p, a) {
5715      super(a), this.privJsonResult = s, this.privEventName = p;
5716    }
5717    get jsonString() {
5718      return this.privJsonResult;
5719    }
5720    get eventName() {
5721      return this.privEventName;
5722    }
5723  };
5724  return Rt.ServiceEventArgs = e, Rt;
5725}
5726var wi = {};
5727Object.defineProperty(wi, "__esModule", { value: !0 });
5728wi.PhraseListGrammar = void 0;
5729const Yd = O;
5730class qn {
5731  constructor(e) {
5732    this.privGrammerBuilder = e.dynamicGrammar;
5733  }
5734  /**
5735   * Creates a PhraseListGrammar from a given speech recognizer. Will accept any recognizer that derives from @class Recognizer.
5736   * @param recognizer The recognizer to add phrase lists to.
5737   */
5738  static fromRecognizer(e) {
5739    const r = e.internalData;
5740    return new qn(r);
5741  }
5742  /**
5743   * Adds a single phrase to the current recognizer.
5744   * @param phrase Phrase to add.
5745   */
5746  addPhrase(e) {
5747    this.privGrammerBuilder.addPhrase(e);
5748  }
5749  /**
5750   * Adds multiple phrases to the current recognizer.
5751   * @param phrases Array of phrases to add.
5752   */
5753  addPhrases(e) {
5754    this.privGrammerBuilder.addPhrase(e);
5755  }
5756  /**
5757   * Clears all phrases added to the current recognizer.
5758   */
5759  clear() {
5760    this.privGrammerBuilder.clearPhrases();
5761  }
5762  /**
5763   * Sets the phrase list grammar biasing weight.
5764   * The allowed range is [0.0, 2.0].
5765   * The default weight is 1.0. Value zero disables the phrase list.
5766   * @param weight Phrase list grammar biasing weight.
5767   */
5768  setWeight(e) {
5769    Yd.Contracts.throwIfNumberOutOfRange(e, "weight", 0, 2), this.privGrammerBuilder.setWeight(e);
5770  }
5771}
5772wi.PhraseListGrammar = qn;
5773var Me = {}, Ks;
5774function Fn() {
5775  if (Ks) return Me;
5776  Ks = 1, Object.defineProperty(Me, "__esModule", { value: !0 }), Me.DialogServiceConfigImpl = Me.DialogServiceConfig = void 0;
5777  const t = O, e = R();
5778  let r = class {
5779    /**
5780     * Creates an instance of DialogService config.
5781     * @constructor
5782     */
5783    constructor() {
5784    }
5785    /**
5786     * Sets the corresponding backend application identifier.
5787     * @member DialogServiceConfig.prototype.Conversation_ApplicationId
5788     * @function
5789     * @public
5790     * @param {string} value - The application identifier to set.
5791     */
5792    // eslint-disable-next-line @typescript-eslint/no-empty-function
5793    set applicationId(a) {
5794    }
5795    static get DialogTypes() {
5796      return {
5797        BotFramework: "bot_framework",
5798        CustomCommands: "custom_commands"
5799      };
5800    }
5801  };
5802  Me.DialogServiceConfig = r;
5803  class s extends r {
5804    /**
5805     * Creates an instance of dialogService config.
5806     */
5807    constructor() {
5808      super(), this.privSpeechConfig = new e.SpeechConfigImpl();
5809    }
5810    /**
5811     * Provides access to custom properties.
5812     * @member DialogServiceConfigImpl.prototype.properties
5813     * @function
5814     * @public
5815     * @returns {PropertyCollection} The properties.
5816     */
5817    get properties() {
5818      return this.privSpeechConfig.properties;
5819    }
5820    /**
5821     * Gets the speech recognition language.
5822     * @member DialogServiceConfigImpl.prototype.speechRecognitionLanguage
5823     * @function
5824     * @public
5825     */
5826    get speechRecognitionLanguage() {
5827      return this.privSpeechConfig.speechRecognitionLanguage;
5828    }
5829    /**
5830     * Sets the speech recognition language.
5831     * @member DialogServiceConfigImpl.prototype.speechRecognitionLanguage
5832     * @function
5833     * @public
5834     * @param {string} value - The language to set.
5835     */
5836    set speechRecognitionLanguage(a) {
5837      t.Contracts.throwIfNullOrWhitespace(a, "value"), this.privSpeechConfig.speechRecognitionLanguage = a;
5838    }
5839    get outputFormat() {
5840      return this.privSpeechConfig.outputFormat;
5841    }
5842    set outputFormat(a) {
5843      this.privSpeechConfig.outputFormat = a;
5844    }
5845    /**
5846     * Sets a named property as value
5847     * @member DialogServiceConfigImpl.prototype.setProperty
5848     * @function
5849     * @public
5850     * @param {PropertyId | string} name - The property to set.
5851     * @param {string} value - The value.
5852     */
5853    setProperty(a, n) {
5854      this.privSpeechConfig.setProperty(a, n);
5855    }
5856    /**
5857     * Sets a named property as value
5858     * @member DialogServiceConfigImpl.prototype.getProperty
5859     * @function
5860     * @public
5861     * @param {PropertyId | string} name - The property to get.
5862     * @param {string} def - The default value to return in case the property is not known.
5863     * @returns {string} The current value, or provided default, of the given property.
5864     */
5865    getProperty(a, n) {
5866      return this.privSpeechConfig.getProperty(a);
5867    }
5868    /**
5869     * Sets the proxy configuration.
5870     * Only relevant in Node.js environments.
5871     * Added in version 1.4.0.
5872     * @param proxyHostName The host name of the proxy server, without the protocol scheme (http://)
5873     * @param proxyPort The port number of the proxy server.
5874     * @param proxyUserName The user name of the proxy server.
5875     * @param proxyPassword The password of the proxy server.
5876     */
5877    setProxy(a, n, i, o) {
5878      this.setProperty(e.PropertyId.SpeechServiceConnection_ProxyHostName, a), this.setProperty(e.PropertyId.SpeechServiceConnection_ProxyPort, `${n}`), i && this.setProperty(e.PropertyId.SpeechServiceConnection_ProxyUserName, i), o && this.setProperty(e.PropertyId.SpeechServiceConnection_ProxyPassword, o);
5879    }
5880    setServiceProperty(a, n, i) {
5881      this.privSpeechConfig.setServiceProperty(a, n);
5882    }
5883    /**

5884     * Dispose of associated resources.
5885     * @member DialogServiceConfigImpl.prototype.close
5886     * @function
5887     * @public
5888     */
5889    close() {
5890    }
5891  }
5892  return Me.DialogServiceConfigImpl = s, Me;
5893}
5894var Et = {}, Js;
5895function Zd() {
5896  if (Js) return Et;
5897  Js = 1, Object.defineProperty(Et, "__esModule", { value: !0 }), Et.BotFrameworkConfig = void 0;
5898  const t = O, e = Fn(), r = R();
5899  let s = class extends e.DialogServiceConfigImpl {
5900    /**
5901     * Creates an instance of BotFrameworkConfig.
5902     */
5903    constructor() {
5904      super();
5905    }
5906    /**
5907     * Creates a bot framework configuration instance with the provided subscription information.
5908     * @member BotFrameworkConfig.fromSubscription
5909     * @function
5910     * @public
5911     * @param subscription Subscription key associated with the bot
5912     * @param region The region name (see the <a href="https://aka.ms/csspeech/region">region page</a>).
5913     * @param botId Optional. Identifier for using a specific bot within an Azure resource group. Equivalent to the
5914     * resource name.
5915     * @returns {BotFrameworkConfig} A new bot framework configuration instance.
5916     */
5917    static fromSubscription(a, n, i) {
5918      t.Contracts.throwIfNullOrWhitespace(a, "subscription"), t.Contracts.throwIfNullOrWhitespace(n, "region");
5919      const o = new e.DialogServiceConfigImpl();
5920      return o.setProperty(r.PropertyId.Conversation_DialogType, e.DialogServiceConfig.DialogTypes.BotFramework), o.setProperty(r.PropertyId.SpeechServiceConnection_Key, a), o.setProperty(r.PropertyId.SpeechServiceConnection_Region, n), i && o.setProperty(r.PropertyId.Conversation_ApplicationId, i), o;
5921    }
5922    /**
5923     * Creates a bot framework configuration instance for the specified authorization token and region.
5924     * Note: The caller must ensure that an authorization token is valid. Before an authorization token expires, the
5925     * caller must refresh it by setting the authorizationToken property on the corresponding
5926     * DialogServiceConnector instance created with this config. The contents of configuration objects are copied
5927     * when connectors are created, so setting authorizationToken on a DialogServiceConnector will not update the
5928     * original configuration's authorization token. Create a new configuration instance or set the
5929     * SpeechServiceAuthorization_Token property to update an existing instance if it will be used to create
5930     * further DialogServiceConnectors.
5931     * @member BotFrameworkConfig.fromAuthorizationToken
5932     * @function
5933     * @public
5934     * @param authorizationToken The authorization token associated with the bot
5935     * @param region The region name (see the <a href="https://aka.ms/csspeech/region">region page</a>).
5936     * @param botId Optional. Identifier for using a specific bot within an Azure resource group. Equivalent to the
5937     * resource name.
5938     * @returns {BotFrameworkConfig} A new bot framework configuration instance.
5939     */
5940    static fromAuthorizationToken(a, n, i) {
5941      t.Contracts.throwIfNullOrWhitespace(a, "authorizationToken"), t.Contracts.throwIfNullOrWhitespace(n, "region");
5942      const o = new e.DialogServiceConfigImpl();
5943      return o.setProperty(r.PropertyId.Conversation_DialogType, e.DialogServiceConfig.DialogTypes.BotFramework), o.setProperty(r.PropertyId.SpeechServiceAuthorization_Token, a), o.setProperty(r.PropertyId.SpeechServiceConnection_Region, n), i && o.setProperty(r.PropertyId.Conversation_ApplicationId, i), o;
5944    }
5945    /**
5946     * Creates an instance of a BotFrameworkConfig.
5947     * This method is intended only for users who use a non-default service host. The standard resource path will be
5948     * assumed. For services with a non-standard resource path or no path at all, use fromEndpoint instead.
5949     * Note: Query parameters are not allowed in the host URI and must be set by other APIs.
5950     * Note: To use an authorization token with fromHost, use fromHost(URL) and then set the AuthorizationToken
5951     * property on the created BotFrameworkConfig instance.
5952     * Note: Added in version 1.15.0.
5953     * @member BotFrameworkConfig.fromHost
5954     * @function
5955     * @public
5956     * @param {URL | string} host - If a URL is provided, the fully-qualified host with protocol (e.g.
5957     * wss://your.host.com:1234) will be used. If a string is provided, it will be embedded in
5958     * wss://{host}.convai.speech.azure.us.
5959     * @param {string} subscriptionKey - The subscription key. If a subscription key is not specified, an authorization
5960     * token must be set.
5961     * @param botId Optional. Identifier for using a specific bot within an Azure resource group. Equivalent to the
5962     * resource name.
5963     * @returns {BotFrameworkConfig} A new bot framework configuration instance.
5964     */
5965    static fromHost(a, n, i) {
5966      t.Contracts.throwIfNullOrUndefined(a, "host");
5967      const o = a instanceof URL ? a : new URL(`wss://${a}.convai.speech.azure.us`);
5968      t.Contracts.throwIfNullOrUndefined(o, "resolvedHost");
5969      const c = new e.DialogServiceConfigImpl();
5970      return c.setProperty(r.PropertyId.Conversation_DialogType, e.DialogServiceConfig.DialogTypes.BotFramework), c.setProperty(r.PropertyId.SpeechServiceConnection_Host, o.toString()), n !== void 0 && c.setProperty(r.PropertyId.SpeechServiceConnection_Key, n), c;
5971    }
5972    /**
5973     * Creates an instance of a BotFrameworkConfig.
5974     * This method is intended only for users who use a non-standard service endpoint or parameters.
5975     * Note: The query parameters specified in the endpoint URL are not changed, even if they are set by any other APIs.
5976     * Note: To use authorization token with fromEndpoint, pass an empty string to the subscriptionKey in the

5977     * fromEndpoint method, and then set authorizationToken="token" on the created BotFrameworkConfig instance to
5978     * use the authorization token.
5979     * Note: Added in version 1.15.0.
5980     * @member BotFrameworkConfig.fromEndpoint
5981     * @function
5982     * @public
5983     * @param {URL} endpoint - The service endpoint to connect to.
5984     * @param {string} subscriptionKey - The subscription key. If a subscription key is not specified, an authorization
5985     * token must be set.
5986     * @returns {BotFrameworkConfig} - A new bot framework configuration instance using the provided endpoint.
5987     */
5988    static fromEndpoint(a, n) {
5989      t.Contracts.throwIfNull(a, "endpoint");
5990      const i = new e.DialogServiceConfigImpl();
5991      return i.setProperty(r.PropertyId.Conversation_DialogType, e.DialogServiceConfig.DialogTypes.BotFramework), i.setProperty(r.PropertyId.SpeechServiceConnection_Endpoint, a.toString()), n !== void 0 && i.setProperty(r.PropertyId.SpeechServiceConnection_Key, n), i;
5992    }
5993  };
5994  return Et.BotFrameworkConfig = s, Et;
5995}
5996var Tt = {}, Vs;
5997function $d() {
5998  if (Vs) return Tt;
5999  Vs = 1, Object.defineProperty(Tt, "__esModule", { value: !0 }), Tt.CustomCommandsConfig = void 0;
6000  const t = O, e = Fn(), r = R();
6001  let s = class extends e.DialogServiceConfigImpl {
6002    /**
6003     * Creates an instance of CustomCommandsConfig.
6004     */
6005    constructor() {
6006      super();
6007    }
6008    /**
6009     * Creates an instance of the bot framework config with the specified subscription and region.
6010     * @member CustomCommandsConfig.fromSubscription
6011     * @function
6012     * @public
6013     * @param applicationId Speech Commands application id.
6014     * @param subscription Subscription key associated with the bot
6015     * @param region The region name (see the <a href="https://aka.ms/csspeech/region">region page</a>).
6016     * @returns {CustomCommandsConfig} A new bot framework config.
6017     */
6018    static fromSubscription(a, n, i) {
6019      t.Contracts.throwIfNullOrWhitespace(a, "applicationId"), t.Contracts.throwIfNullOrWhitespace(n, "subscription"), t.Contracts.throwIfNullOrWhitespace(i, "region");
6020      const o = new e.DialogServiceConfigImpl();
6021      return o.setProperty(r.PropertyId.Conversation_DialogType, e.DialogServiceConfig.DialogTypes.CustomCommands), o.setProperty(r.PropertyId.Conversation_ApplicationId, a), o.setProperty(r.PropertyId.SpeechServiceConnection_Key, n), o.setProperty(r.PropertyId.SpeechServiceConnection_Region, i), o;
6022    }
6023    /**
6024     * Creates an instance of the bot framework config with the specified Speech Commands application id, authorization token and region.
6025     * Note: The caller needs to ensure that the authorization token is valid. Before the authorization token
6026     * expires, the caller needs to refresh it by calling this setter with a new valid token.
6027     * As configuration values are copied when creating a new recognizer, the new token value will not apply to recognizers that have already been created.
6028     * For recognizers that have been created before, you need to set authorization token of the corresponding recognizer
6029     * to refresh the token. Otherwise, the recognizers will encounter errors during recognition.
6030     * @member CustomCommandsConfig.fromAuthorizationToken
6031     * @function
6032     * @public
6033     * @param applicationId Speech Commands application id.
6034     * @param authorizationToken The authorization token associated with the application.
6035     * @param region The region name (see the <a href="https://aka.ms/csspeech/region">region page</a>).
6036     * @returns {CustomCommandsConfig} A new speech commands config.
6037     */
6038    static fromAuthorizationToken(a, n, i) {
6039      t.Contracts.throwIfNullOrWhitespace(a, "applicationId"), t.Contracts.throwIfNullOrWhitespace(n, "authorizationToken"), t.Contracts.throwIfNullOrWhitespace(i, "region");
6040      const o = new e.DialogServiceConfigImpl();
6041      return o.setProperty(r.PropertyId.Conversation_DialogType, e.DialogServiceConfig.DialogTypes.CustomCommands), o.setProperty(r.PropertyId.Conversation_ApplicationId, a), o.setProperty(r.PropertyId.SpeechServiceAuthorization_Token, n), o.setProperty(r.PropertyId.SpeechServiceConnection_Region, i), o;
6042    }
6043    /**
6044     * Sets the corresponding backend application identifier.
6045     * @member CustomCommandsConfig.prototype.Conversation_ApplicationId
6046     * @function
6047     * @public
6048     * @param {string} value - The application identifier to set.
6049     */
6050    set applicationId(a) {
6051      t.Contracts.throwIfNullOrWhitespace(a, "value"), this.setProperty(r.PropertyId.Conversation_ApplicationId, a);
6052    }
6053    /**
6054     * Gets the corresponding backend application identifier.
6055     * @member CustomCommandsConfig.prototype.Conversation_ApplicationId
6056     * @function
6057     * @public
6058     * @param {string} value - The application identifier to get.
6059     */
6060    get applicationId() {
6061      return this.getProperty(r.PropertyId.Conversation_ApplicationId);
6062    }
6063  };
6064  return Tt.CustomCommandsConfig = s, Tt;
6065}
6066var At = {}, It = {}, wt = {}, pe = {};
6067Object.defineProperty(pe, "__esModule", { value: !0 });
6068pe.QueryParameterNames = void 0;
6069class j {
6070}
6071pe.QueryParameterNames = j;
6072j.BotId = "botid";
6073j.CustomSpeechDeploymentId = "cid";
6074j.CustomVoiceDeploymentId = "deploymentId";
6075j.EnableAudioLogging = "storeAudio";
6076j.EnableLanguageId = "lidEnabled";
6077j.EnableWordLevelTimestamps = "wordLevelTimestamps";
6078j.EndSilenceTimeoutMs = "endSilenceTimeoutMs";
6079j.SegmentationSilenceTimeoutMs = "segmentationSilenceTimeoutMs";
6080j.SegmentationMaximumTimeMs = "segmentationMaximumTimeMs";
6081j.SegmentationStrategy = "segmentationStrategy";
6082j.Format = "format";
6083j.InitialSilenceTimeoutMs = "initialSilenceTimeoutMs";
6084j.Language = "language";
6085j.Profanity = "profanity";
6086j.RequestBotStatusMessages = "enableBotMessageStatus";
6087j.StableIntermediateThreshold = "stableIntermediateThreshold";
6088j.StableTranslation = "stableTranslation";
6089j.TestHooks = "testhooks";
6090j.Postprocessing = "postprocessing";
6091j.CtsMeetingId = "meetingId";
6092j.CtsDeviceId = "deviceId";
6093j.CtsIsParticipant = "isParticipant";
6094j.EnableAvatar = "enableTalkingAvatar";
6095var Gs;
6096function Se() {
6097  if (Gs) return wt;
6098  Gs = 1, Object.defineProperty(wt, "__esModule", { value: !0 }), wt.ConnectionFactoryBase = void 0;

6099  const t = A(), e = I(), r = R(), s = pe;
6100  let p = class {
6101    static getHostSuffix(n) {
6102      if (n) {
6103        if (n.toLowerCase().startsWith("china"))
6104          return ".azure.cn";
6105        if (n.toLowerCase().startsWith("usgov"))
6106          return ".azure.us";
6107      }
6108      return ".microsoft.com";
6109    }
6110    setCommonUrlParams(n, i, o) {
6111      (/* @__PURE__ */ new Map([
6112        [r.PropertyId.Speech_SegmentationSilenceTimeoutMs, s.QueryParameterNames.SegmentationSilenceTimeoutMs],
6113        [r.PropertyId.SpeechServiceConnection_EnableAudioLogging, s.QueryParameterNames.EnableAudioLogging],
6114        [r.PropertyId.SpeechServiceConnection_EndSilenceTimeoutMs, s.QueryParameterNames.EndSilenceTimeoutMs],
6115        [r.PropertyId.SpeechServiceConnection_InitialSilenceTimeoutMs, s.QueryParameterNames.InitialSilenceTimeoutMs],
6116        [r.PropertyId.SpeechServiceResponse_PostProcessingOption, s.QueryParameterNames.Postprocessing],
6117        [r.PropertyId.SpeechServiceResponse_ProfanityOption, s.QueryParameterNames.Profanity],
6118        [r.PropertyId.SpeechServiceResponse_RequestWordLevelTimestamps, s.QueryParameterNames.EnableWordLevelTimestamps],
6119        [r.PropertyId.SpeechServiceResponse_StablePartialResultThreshold, s.QueryParameterNames.StableIntermediateThreshold]
6120      ])).forEach((h, d) => {
6121        this.setUrlParameter(d, h, n, i, o);
6122      });
6123      const u = JSON.parse(n.parameters.getProperty(t.ServicePropertiesPropertyName, "{}"));
6124      Object.keys(u).forEach((h) => {
6125        i[h] = u[h];
6126      });
6127    }
6128    setUrlParameter(n, i, o, c, u) {
6129      const h = o.parameters.getProperty(n, void 0);
6130      h && (!u || u.search(i) === -1) && (c[i] = h.toLocaleLowerCase());
6131    }
6132    static async getRedirectUrlFromEndpoint(n) {
6133      const i = new URL(n);
6134      i.protocol = "https:", i.port = "443", i.searchParams.append("GenerateRedirectResponse", "true");
6135      const c = i.toString();
6136      e.Events.instance.onEvent(new e.ConnectionRedirectEvent("", c, void 0, "ConnectionFactoryBase: redirectUrl request"));
6137      const u = await fetch(c);
6138      if (u.status !== 200)
6139        return n;
6140      const h = await u.text();
6141      e.Events.instance.onEvent(new e.ConnectionRedirectEvent("", h, n, "ConnectionFactoryBase: redirectUrlString"));
6142      try {
6143        return new URL(h.trim()).toString();
6144      } catch {
6145        return n;
6146      }
6147    }
6148  };
6149  return wt.ConnectionFactoryBase = p, wt;
6150}
6151var Qs;
6152function ev() {
6153  if (Qs) return It;
6154  Qs = 1, Object.defineProperty(It, "__esModule", { value: !0 }), It.DialogConnectionFactory = void 0;
6155  const t = re(), e = A(), r = R(), s = Se(), p = A(), a = Y, n = pe;
6156  class i extends s.ConnectionFactoryBase {
6157    create(c, u, h) {
6158      const d = c.parameters.getProperty(r.PropertyId.Conversation_ApplicationId, ""), v = c.parameters.getProperty(r.PropertyId.Conversation_DialogType), f = c.parameters.getProperty(r.PropertyId.SpeechServiceConnection_Region), m = c.parameters.getProperty(r.PropertyId.SpeechServiceConnection_RecoLanguage, "en-US"), S = c.parameters.getProperty(r.PropertyId.Conversation_Request_Bot_Status_Messages, "true"), l = {};
6159      l[a.HeaderNames.ConnectionId] = h, l[n.QueryParameterNames.Format] = c.parameters.getProperty(e.OutputFormatPropertyName, r.OutputFormat[r.OutputFormat.Simple]).toLowerCase(), l[n.QueryParameterNames.Language] = m, l[n.QueryParameterNames.RequestBotStatusMessages] = S, d && (l[n.QueryParameterNames.BotId] = d, v === r.DialogServiceConfig.DialogTypes.CustomCommands && (l[a.HeaderNames.CustomCommandsAppId] = d));
6160      const g = v === r.DialogServiceConfig.DialogTypes.CustomCommands ? "commands/" : "", C = v === r.DialogServiceConfig.DialogTypes.CustomCommands ? "v1" : v === r.DialogServiceConfig.DialogTypes.BotFramework ? "v3" : "v0", y = {};
6161      u.token != null && u.token !== "" && (y[u.headerName] = u.token);
6162      let P = c.parameters.getProperty(r.PropertyId.SpeechServiceConnection_Endpoint, "");
6163      if (!P) {
6164        const _ = s.ConnectionFactoryBase.getHostSuffix(f), E = c.parameters.getProperty(r.PropertyId.SpeechServiceConnection_Host, `wss://${f}.${i.BaseUrl}${_}`);
6165        P = `${E.endsWith("/") ? E : E + "/"}${g}${i.ApiKey}/${C}`;
6166      }
6167      this.setCommonUrlParams(c, l, P);
6168      const T = c.parameters.getProperty("SPEECH-EnableWebsocketCompression", "false") === "true";
6169      return Promise.resolve(new t.WebsocketConnection(P, l, y, new p.WebsocketMessageFormatter(), t.ProxyInfo.fromRecognizerConfig(c), T, h));
6170    }
6171  }
6172  return It.DialogConnectionFactory = i, i.ApiKey = "api", i.BaseUrl = "convai.speech", It;
6173}
6174var Xs;
6175function tv() {
6176  if (Xs) return At;
6177  Xs = 1, Object.defineProperty(At, "__esModule", { value: !0 }), At.DialogServiceConnector = void 0;
6178  const t = ev(), e = A(), r = ae, s = I(), p = O, a = R(), n = Ai;
6179  let i = class extends a.Recognizer {
6180    /**
6181     * Initializes an instance of the DialogServiceConnector.
6182     * @constructor
6183     * @param {DialogServiceConfig} dialogConfig - Set of properties to configure this recognizer.
6184     * @param {AudioConfig} audioConfig - An optional audio config associated with the recognizer
6185     */
6186    constructor(c, u) {
6187      const h = c;
6188      p.Contracts.throwIfNull(c, "dialogConfig"), super(u, h.properties, new t.DialogConnectionFactory()), this.isTurnComplete = !0, this.privIsDisposed = !1, this.privProperties = h.properties.clone();
6189      const d = this.buildAgentConfig();
6190      this.privReco.agentConfig.set(d);
6191    }
6192    /**
6193     * Starts a connection to the service.
6194     * Users can optionally call connect() to manually set up a connection in advance, before starting interactions.
6195     *
6196     * Note: On return, the connection might not be ready yet. Please subscribe to the Connected event to
6197     * be notified when the connection is established.

6198     * @member DialogServiceConnector.prototype.connect
6199     * @function
6200     * @public
6201     */
6202    connect(c, u) {
6203      (0, s.marshalPromiseToCallbacks)(this.privReco.connect(), c, u);
6204    }
6205    /**
6206     * Closes the connection the service.
6207     * Users can optionally call disconnect() to manually shutdown the connection of the associated DialogServiceConnector.
6208     *
6209     * If disconnect() is called during a recognition, recognition will fail and cancel with an error.
6210     */
6211    disconnect(c, u) {
6212      (0, s.marshalPromiseToCallbacks)(this.privReco.disconnect(), c, u);
6213    }
6214    /**
6215     * Gets the authorization token used to communicate with the service.
6216     * @member DialogServiceConnector.prototype.authorizationToken
6217     * @function
6218     * @public
6219     * @returns {string} Authorization token.
6220     */
6221    get authorizationToken() {
6222      return this.properties.getProperty(n.PropertyId.SpeechServiceAuthorization_Token);
6223    }
6224    /**
6225     * Sets the authorization token used to communicate with the service.
6226     * @member DialogServiceConnector.prototype.authorizationToken
6227     * @function
6228     * @public
6229     * @param {string} token - Authorization token.
6230     */
6231    set authorizationToken(c) {
6232      p.Contracts.throwIfNullOrWhitespace(c, "token"), this.properties.setProperty(n.PropertyId.SpeechServiceAuthorization_Token, c);
6233    }
6234    /**
6235     * The collection of properties and their values defined for this DialogServiceConnector.
6236     * @member DialogServiceConnector.prototype.properties
6237     * @function
6238     * @public
6239     * @returns {PropertyCollection} The collection of properties and their values defined for this DialogServiceConnector.
6240     */
6241    get properties() {
6242      return this.privProperties;
6243    }
6244    /** Gets the template for the activity generated by service from speech.
6245     * Properties from the template will be stamped on the generated activity.
6246     * It can be empty
6247     */
6248    get speechActivityTemplate() {
6249      return this.properties.getProperty(n.PropertyId.Conversation_Speech_Activity_Template);
6250    }
6251    /** Sets the template for the activity generated by service from speech.
6252     * Properties from the template will be stamped on the generated activity.
6253     * It can be null or empty.
6254     * Note: it has to be a valid Json object.
6255     */
6256    set speechActivityTemplate(c) {
6257      this.properties.setProperty(n.PropertyId.Conversation_Speech_Activity_Template, c);
6258    }
6259    /**
6260     * Starts recognition and stops after the first utterance is recognized.
6261     * @member DialogServiceConnector.prototype.listenOnceAsync
6262     * @function
6263     * @public
6264     * @param cb - Callback that received the result when the reco has completed.
6265     * @param err - Callback invoked in case of an error.
6266     */
6267    listenOnceAsync(c, u) {
6268      if (this.isTurnComplete) {
6269        p.Contracts.throwIfDisposed(this.privIsDisposed);
6270        const d = (async () => {
6271          await this.privReco.connect(), await this.implRecognizerStop(), this.isTurnComplete = !1;
6272          const v = new s.Deferred();
6273          await this.privReco.recognize(r.RecognitionMode.Conversation, v.resolve, v.reject);
6274          const f = await v.promise;
6275          return await this.implRecognizerStop(), f;
6276        })();
6277        d.catch(() => {
6278          this.dispose(!0).catch(() => {
6279          });
6280        }), (0, s.marshalPromiseToCallbacks)(d.finally(() => {
6281          this.isTurnComplete = !0;
6282        }), c, u);
6283      }
6284    }
6285    sendActivityAsync(c, u, h) {
6286      (0, s.marshalPromiseToCallbacks)(this.privReco.sendMessage(c), u, h);
6287    }
6288    /**
6289     * closes all external resources held by an instance of this class.
6290     * @member DialogServiceConnector.prototype.close
6291     * @function
6292     * @public
6293     */
6294    close(c, u) {
6295      p.Contracts.throwIfDisposed(this.privIsDisposed), (0, s.marshalPromiseToCallbacks)(this.dispose(!0), c, u);
6296    }
6297    async dispose(c) {
6298      this.privIsDisposed || c && (this.privIsDisposed = !0, await this.implRecognizerStop(), await super.dispose(c));
6299    }
6300    createRecognizerConfig(c) {
6301      return new e.RecognizerConfig(c, this.privProperties);
6302    }
6303    createServiceRecognizer(c, u, h, d) {
6304      const v = h;
6305      return new e.DialogServiceAdapter(c, u, v, d, this);
6306    }
6307    buildAgentConfig() {
6308      return {
6309        botInfo: {
6310          commType: this.properties.getProperty("Conversation_Communication_Type", "Default"),
6311          commandsCulture: void 0,
6312          connectionId: this.properties.getProperty(n.PropertyId.Conversation_Agent_Connection_Id),
6313          conversationId: this.properties.getProperty(n.PropertyId.Conversation_Conversation_Id, void 0),
6314          fromId: this.properties.getProperty(n.PropertyId.Conversation_From_Id, void 0),
6315          ttsAudioFormat: this.properties.getProperty(n.PropertyId.SpeechServiceConnection_SynthOutputFormat, void 0)
6316        },
6317        version: 0.2
6318      };
6319    }
6320  };
6321  return At.DialogServiceConnector = i, At;
6322}
6323var _i = {};
6324Object.defineProperty(_i, "__esModule", { value: !0 });
6325_i.ActivityReceivedEventArgs = void 0;
6326class rv {
6327  /**
6328   * Creates and initializes an instance of this class.
6329   * @constructor
6330   * @param {any} activity - The activity..
6331   */
6332  constructor(e, r) {
6333    this.privActivity = e, this.privAudioStream = r;
6334  }
6335  /**
6336   * Gets the received activity
6337   * @member ActivityReceivedEventArgs.prototype.activity
6338   * @function
6339   * @public
6340   * @returns {any} the received activity.
6341   */
6342  get activity() {
6343    return this.privActivity;
6344  }
6345  get audioStream() {
6346    return this.privAudioStream;
6347  }
6348}
6349_i.ActivityReceivedEventArgs = rv;
6350var bi = {}, Mi = {};
6351Object.defineProperty(Mi, "__esModule", { value: !0 });
6352Mi.TurnStatusResponsePayload = void 0;
6353class Un {
6354  constructor(e) {

6355    this.privMessageStatusResponse = JSON.parse(e);
6356  }
6357  static fromJSON(e) {
6358    return new Un(e);
6359  }
6360  get interactionId() {
6361    return this.privMessageStatusResponse.interactionId;
6362  }
6363  get conversationId() {
6364    return this.privMessageStatusResponse.conversationId;
6365  }
6366  get statusCode() {
6367    switch (this.privMessageStatusResponse.statusCode) {
6368      case "Success":
6369        return 200;
6370      case "Failed":
6371        return 400;
6372      case "TimedOut":
6373        return 429;
6374      default:
6375        return this.privMessageStatusResponse.statusCode;
6376    }
6377  }
6378}
6379Mi.TurnStatusResponsePayload = Un;
6380Object.defineProperty(bi, "__esModule", { value: !0 });
6381bi.TurnStatusReceivedEventArgs = void 0;
6382const iv = Mi;
6383class nv {
6384  /**
6385   * Creates and initializes an instance of this class.
6386   * @constructor
6387   * @param {string} turnStatus - The JSON-encoded turn status message.
6388   */
6389  constructor(e) {
6390    this.privTurnStatus = iv.TurnStatusResponsePayload.fromJSON(e);
6391  }
6392  /**
6393   * Gets the interaction identifier associated with this turn status event.
6394   * @member TurnStatusReceivedEventArgs.prototype.interactionId
6395   * @function
6396   * @public
6397   * @returns {any} the received interaction id.
6398   */
6399  get interactionId() {
6400    return this.privTurnStatus.interactionId;
6401  }
6402  /**
6403   * Gets the conversation identifier associated with this turn status event.
6404   * @member TurnStatusReceivedEventArgs.prototype.conversationId
6405   * @function
6406   * @public
6407   * @returns {any} the received conversation id.
6408   */
6409  get conversationId() {
6410    return this.privTurnStatus.conversationId;
6411  }
6412  /**
6413   * Gets the received turn status code.
6414   * @member TurnStatusReceivedEventArgs.prototype.statusCode
6415   * @function
6416   * @public
6417   * @returns {number} the received turn status.
6418   */
6419  get statusCode() {
6420    return this.privTurnStatus.statusCode;
6421  }
6422}
6423bi.TurnStatusReceivedEventArgs = nv;
6424var pc = {};
6425(function(t) {
6426  Object.defineProperty(t, "__esModule", { value: !0 }), t.ServicePropertyChannel = void 0, function(e) {
6427    e[e.UriQueryParameter = 0] = "UriQueryParameter";
6428  }(t.ServicePropertyChannel || (t.ServicePropertyChannel = {}));
6429})(pc);
6430var uc = {};
6431(function(t) {
6432  Object.defineProperty(t, "__esModule", { value: !0 }), t.ProfanityOption = void 0, function(e) {
6433    e[e.Masked = 0] = "Masked", e[e.Removed = 1] = "Removed", e[e.Raw = 2] = "Raw";
6434  }(t.ProfanityOption || (t.ProfanityOption = {}));
6435})(uc);
6436var _t = {}, Ys;
6437function sv() {
6438  if (Ys) return _t;
6439  Ys = 1, Object.defineProperty(_t, "__esModule", { value: !0 }), _t.BaseAudioPlayer = void 0;
6440  const t = x, e = R(), r = Ae;
6441  let s = class {
6442    /**
6443     * Creates and initializes an instance of this class.
6444     * @constructor
6445     * @param {AudioStreamFormat} audioFormat audio stream format recognized by the player.
6446     */
6447    constructor(a) {
6448      this.audioContext = null, this.gainNode = null, this.autoUpdateBufferTimer = 0, a === void 0 && (a = e.AudioStreamFormat.getDefaultInputFormat()), this.init(a);
6449    }
6450    /**
6451     * play Audio sample
6452     * @param newAudioData audio data to be played.
6453     */
6454    playAudioSample(a, n, i) {
6455      try {
6456        this.ensureInitializedContext();
6457        const o = this.formatAudioData(a), c = new Float32Array(this.samples.length + o.length);
6458        c.set(this.samples, 0), c.set(o, this.samples.length), this.samples = c, n && n();
6459      } catch (o) {
6460        i && i(o);
6461      }
6462    }
6463    /**
6464     * stops audio and clears the buffers
6465     */
6466    stopAudio(a, n) {
6467      this.audioContext !== null && (this.samples = new Float32Array(), clearInterval(this.autoUpdateBufferTimer), this.audioContext.close().then(() => {
6468        a && a();
6469      }, (i) => {
6470        n && n(i);
6471      }), this.audioContext = null);
6472    }
6473    init(a) {
6474      this.audioFormat = a, this.samples = new Float32Array();
6475    }
6476    ensureInitializedContext() {
6477      if (this.audioContext === null) {
6478        this.createAudioContext();
6479        const a = 200;
6480        this.autoUpdateBufferTimer = setInterval(() => {
6481          this.updateAudioBuffer();
6482        }, a);
6483      }
6484    }
6485    createAudioContext() {
6486      this.audioContext = r.AudioStreamFormatImpl.getAudioContext(), this.gainNode = this.audioContext.createGain(), this.gainNode.gain.value = 1, this.gainNode.connect(this.audioContext.destination), this.startTime = this.audioContext.currentTime;
6487    }
6488    formatAudioData(a) {
6489      switch (this.audioFormat.bitsPerSample) {
6490        case 8:
6491          return this.formatArrayBuffer(new Int8Array(a), 128);
6492        case 16:
6493          return this.formatArrayBuffer(new Int16Array(a), 32768);
6494        case 32:
6495          return this.formatArrayBuffer(new Int32Array(a), 2147483648);
6496        default:
6497          throw new t.InvalidOperationError("Only WAVE_FORMAT_PCM (8/16/32 bps) format supported at this time");
6498      }
6499    }
6500    formatArrayBuffer(a, n) {
6501      const i = new Float32Array(a.length);
6502      for (let o = 0; o < a.length; o++)
6503        i[o] = a[o] / n;
6504      return i;
6505    }
6506    updateAudioBuffer() {
6507      if (this.samples.length === 0)
6508        return;
6509      const a = this.audioFormat.channels, n = this.audioContext.createBufferSource(), i = this.samples.length / a, o = this.audioContext.createBuffer(a, i, this.audioFormat.samplesPerSec);
6510      for (let c = 0; c < a; c++) {
6511        let u = c;
6512        const h = o.getChannelData(c);
6513        for (let d = 0; d < this.samples.length; d++, u += a)
6514          h[d] = this.samples[u];
6515      }
6516      this.startTime < this.audioContext.currentTime && (this.startTime = this.audioContext.currentTime), n.buffer = o, n.connect(this.gainNode), n.start(this.startTime), this.startTime += o.duration, this.samples = new Float32Array();
6517    }
6518    async playAudio(a) {
6519      this.audioContext === null && this.createAudioContext();
6520      const n = this.audioContext.createBufferSource(), i = this.audioContext.destination;
6521      await this.audioContext.decodeAudioData(a, (o) => {
6522        n.buffer = o, n.connect(i), n.start(0);
6523      });
6524    }
6525  };
6526  return _t.BaseAudioPlayer = s, _t;
6527}
6528var Oi = {};
6529Object.defineProperty(Oi, "__esModule", { value: !0 });
6530Oi.ConnectionMessageEventArgs = void 0;
6531class ov {
6532  constructor(e) {
6533    this.privConnectionMessage = e;
6534  }
6535  /**
6536   * Gets the <see cref="ConnectionMessage"/> associated with this <see cref="ConnectionMessageEventArgs"/>.
6537   */
6538  get message() {
6539    return this.privConnectionMessage;
6540  }
6541  /**
6542   * Returns a string that represents the connection message event.
6543   */
6544  toString() {
6545    return "Message: " + this.privConnectionMessage.toString();
6546  }
6547}
6548Oi.ConnectionMessageEventArgs = ov;
6549var bt = {}, xn = {};
6550(function(t) {
6551  Object.defineProperty(t, "__esModule", { value: !0 }), t.LanguageIdMode = void 0, function(e) {
6552    e[e.AtStart = 0] = "AtStart", e[e.Continuous = 1] = "Continuous";
6553  }(t.LanguageIdMode || (t.LanguageIdMode = {}));
6554})(xn);
6555var Zs;
6556function av() {
6557  if (Zs) return bt;

6558  Zs = 1, Object.defineProperty(bt, "__esModule", { value: !0 }), bt.AutoDetectSourceLanguageConfig = void 0;
6559  const t = A(), e = O, r = R(), s = xn;
6560  let p = class Wr {
6561    constructor() {
6562      this.privProperties = new r.PropertyCollection(), this.privProperties.setProperty(r.PropertyId.SpeechServiceConnection_LanguageIdMode, "AtStart"), this.privLanguageIdMode = s.LanguageIdMode.AtStart;
6563    }
6564    /**
6565     * @member AutoDetectSourceLanguageConfig.fromOpenRange
6566     * @function
6567     * @public
6568     * Only [[SpeechSynthesizer]] supports source language auto detection from open range,
6569     * for [[Recognizer]], please use AutoDetectSourceLanguageConfig with specific source languages.
6570     * @return {AutoDetectSourceLanguageConfig} Instance of AutoDetectSourceLanguageConfig
6571     * @summary Creates an instance of the AutoDetectSourceLanguageConfig with open range.
6572     */
6573    static fromOpenRange() {
6574      const n = new Wr();
6575      return n.properties.setProperty(r.PropertyId.SpeechServiceConnection_AutoDetectSourceLanguages, t.AutoDetectSourceLanguagesOpenRangeOptionName), n.properties.setProperty(r.PropertyId.SpeechServiceConnection_RecoLanguage, "en-US"), n;
6576    }
6577    /**
6578     * @member AutoDetectSourceLanguageConfig.fromLanguages
6579     * @function
6580     * @public
6581     * @param {string[]} languages Comma-separated string of languages (eg. "en-US,fr-FR") to populate properties of config.
6582     * @return {AutoDetectSourceLanguageConfig} Instance of AutoDetectSourceLanguageConfig
6583     * @summary Creates an instance of the AutoDetectSourceLanguageConfig with given languages.
6584     */
6585    static fromLanguages(n) {
6586      e.Contracts.throwIfArrayEmptyOrWhitespace(n, "languages");
6587      const i = new Wr();
6588      return i.properties.setProperty(r.PropertyId.SpeechServiceConnection_AutoDetectSourceLanguages, n.join()), i;
6589    }
6590    /**
6591     * @member AutoDetectSourceLanguageConfig.fromSourceLanguageConfigs
6592     * @function
6593     * @public
6594     * @param {SourceLanguageConfig[]} configs SourceLanguageConfigs to populate properties of config.
6595     * @return {AutoDetectSourceLanguageConfig} Instance of AutoDetectSourceLanguageConfig
6596     * @summary Creates an instance of the AutoDetectSourceLanguageConfig with given SourceLanguageConfigs.
6597     */
6598    static fromSourceLanguageConfigs(n) {
6599      if (n.length < 1)
6600        throw new Error("Expected non-empty SourceLanguageConfig array.");
6601      const i = new Wr(), o = [];
6602      return n.forEach((c) => {
6603        if (o.push(c.language), c.endpointId !== void 0 && c.endpointId !== "") {
6604          const u = c.language + r.PropertyId.SpeechServiceConnection_EndpointId.toString();
6605          i.properties.setProperty(u, c.endpointId);
6606        }
6607      }), i.properties.setProperty(r.PropertyId.SpeechServiceConnection_AutoDetectSourceLanguages, o.join()), i;
6608    }
6609    /**
6610     * @member AutoDetectSourceLanguageConfig.prototype.properties
6611     * @function
6612     * @public
6613     * @return {PropertyCollection} Properties of the config.
6614     * @summary Gets an auto detected language config properties
6615     */
6616    get properties() {
6617      return this.privProperties;
6618    }
6619    /**
6620     * @member AutoDetectSourceLanguageConfig.prototype.mode
6621     * @function
6622     * @public
6623     * @param {LanguageIdMode} mode LID mode desired.
6624     * @summary Sets LID operation to desired mode
6625     */
6626    set mode(n) {
6627      n === s.LanguageIdMode.Continuous ? (this.privProperties.setProperty(r.PropertyId.SpeechServiceConnection_RecognitionEndpointVersion, "2"), this.privProperties.setProperty(r.PropertyId.SpeechServiceConnection_LanguageIdMode, "Continuous")) : (this.privProperties.setProperty(r.PropertyId.SpeechServiceConnection_RecognitionEndpointVersion, "1"), this.privProperties.setProperty(r.PropertyId.SpeechServiceConnection_LanguageIdMode, "AtStart")), this.privLanguageIdMode = n;
6628    }
6629  };
6630  return bt.AutoDetectSourceLanguageConfig = p, bt;
6631}
6632var Di = {};
6633Object.defineProperty(Di, "__esModule", { value: !0 });
6634Di.AutoDetectSourceLanguageResult = void 0;
6635const $s = O;
6636class Hr {
6637  constructor(e, r) {
6638    $s.Contracts.throwIfNullOrUndefined(e, "language"), $s.Contracts.throwIfNullOrUndefined(r, "languageDetectionConfidence"), this.privLanguage = e, this.privLanguageDetectionConfidence = r;
6639  }
6640  /**
6641   * Creates an instance of AutoDetectSourceLanguageResult object from a SpeechRecognitionResult instance.
6642   * @member AutoDetectSourceLanguageResult.fromResult
6643   * @function
6644   * @public
6645   * @param {SpeechRecognitionResult} result - The recognition result.
6646   * @returns {AutoDetectSourceLanguageResult} AutoDetectSourceLanguageResult object being created.
6647   */
6648  static fromResult(e) {
6649    return new Hr(e.language, e.languageDetectionConfidence);
6650  }
6651  /**
6652   * Creates an instance of AutoDetectSourceLanguageResult object from a ConversationTranscriptionResult instance.
6653   * @member AutoDetectSourceLanguageResult.fromConversationTranscriptionResult
6654   * @function
6655   * @public
6656   * @param {ConversationTranscriptionResult} result - The transcription result.
6657   * @returns {AutoDetectSourceLanguageResult} AutoDetectSourceLanguageResult object being created.
6658   */
6659  static fromConversationTranscriptionResult(e) {
6660    return new Hr(e.language, e.languageDetectionConfidence);
6661  }
6662  get language() {
6663    return this.privLanguage;
6664  }
6665  get languageDetectionConfidence() {
6666    return this.privLanguageDetectionConfidence;
6667  }
6668}
6669Di.AutoDetectSourceLanguageResult = Hr;
6670var ki = {};
6671Object.defineProperty(ki, "__esModule", { value: !0 });
6672ki.SourceLanguageConfig = void 0;
6673const cv = O;

6674class Wn {
6675  constructor(e, r) {
6676    cv.Contracts.throwIfNullOrUndefined(e, "language"), this.privLanguage = e, this.privEndpointId = r;
6677  }
6678  /**
6679   * @member SourceLanguageConfig.fromLanguage
6680   * @function
6681   * @public
6682   * @param {string} language language (eg. "en-US") value of config.
6683   * @param {string?} endpointId endpointId of model bound to given language of config.
6684   * @return {SourceLanguageConfig} Instance of SourceLanguageConfig
6685   * @summary Creates an instance of the SourceLanguageConfig with the given language and optional endpointId.
6686   * Added in version 1.13.0.
6687   */
6688  static fromLanguage(e, r) {
6689    return new Wn(e, r);
6690  }
6691  get language() {
6692    return this.privLanguage;
6693  }
6694  get endpointId() {
6695    return this.privEndpointId;
6696  }
6697}
6698ki.SourceLanguageConfig = Wn;
6699var Cn = {}, Oe = {}, eo;
6700function hc() {
6701  if (eo) return Oe;
6702  eo = 1, Object.defineProperty(Oe, "__esModule", { value: !0 }), Oe.ConversationImpl = Oe.Conversation = void 0;
6703  const t = A(), e = I(), r = O, s = R();
6704  let p = class {
6705    constructor() {
6706    }
6707    /**
6708     * Create a conversation
6709     * @param speechConfig
6710     * @param cb
6711     * @param err
6712     */
6713    static createConversationAsync(i, o, c, u) {
6714      r.Contracts.throwIfNullOrUndefined(i, t.ConversationConnectionConfig.restErrors.invalidArgs.replace("{arg}", "config")), r.Contracts.throwIfNullOrUndefined(i.region, t.ConversationConnectionConfig.restErrors.invalidArgs.replace("{arg}", "SpeechServiceConnection_Region")), !i.subscriptionKey && !i.getProperty(s.PropertyId[s.PropertyId.SpeechServiceAuthorization_Token]) && r.Contracts.throwIfNullOrUndefined(i.subscriptionKey, t.ConversationConnectionConfig.restErrors.invalidArgs.replace("{arg}", "SpeechServiceConnection_Key"));
6715      let h, d, v;
6716      return typeof o == "string" ? (h = new a(i, o), (0, e.marshalPromiseToCallbacks)((async () => {
6717      })(), c, u)) : (h = new a(i), d = o, v = c, h.createConversationAsync(() => {
6718        d && d();
6719      }, (f) => {
6720        v && v(f);
6721      })), h;
6722    }
6723  };
6724  Oe.Conversation = p;
6725  class a extends p {
6726    /**
6727     * Create a conversation impl
6728     * @param speechConfig
6729     * @param {string} id - optional conversationId
6730     */
6731    constructor(i, o) {
6732      if (super(), this.privErrors = t.ConversationConnectionConfig.restErrors, this.onConnected = (h) => {
6733        var d;
6734        this.privIsConnected = !0;
6735        try {
6736          (d = this.privConversationTranslator) != null && d.sessionStarted && this.privConversationTranslator.sessionStarted(this.privConversationTranslator, h);
6737        } catch {
6738        }
6739      }, this.onDisconnected = (h) => {
6740        var d;
6741        try {
6742          (d = this.privConversationTranslator) != null && d.sessionStopped && this.privConversationTranslator.sessionStopped(this.privConversationTranslator, h);
6743        } catch {
6744        } finally {
6745          this.close(!1);
6746        }
6747      }, this.onCanceled = (h, d) => {
6748        var v;
6749        try {
6750          (v = this.privConversationTranslator) != null && v.canceled && this.privConversationTranslator.canceled(this.privConversationTranslator, d);
6751        } catch {
6752        }
6753      }, this.onParticipantUpdateCommandReceived = (h, d) => {
6754        try {
6755          const v = this.privParticipants.getParticipant(d.id);
6756          if (v !== void 0) {
6757            switch (d.key) {
6758              case t.ConversationTranslatorCommandTypes.changeNickname:
6759                v.displayName = d.value;
6760                break;
6761              case t.ConversationTranslatorCommandTypes.setUseTTS:
6762                v.isUsingTts = d.value;
6763                break;
6764              case t.ConversationTranslatorCommandTypes.setProfanityFiltering:
6765                v.profanity = d.value;
6766                break;
6767              case t.ConversationTranslatorCommandTypes.setMute:
6768                v.isMuted = d.value;
6769                break;
6770              case t.ConversationTranslatorCommandTypes.setTranslateToLanguages:
6771                v.translateToLanguages = d.value;
6772                break;
6773            }
6774            this.privParticipants.addOrUpdateParticipant(v), this.privConversationTranslator && this.privConversationTranslator.participantsChanged(this.privConversationTranslator, new s.ConversationParticipantsChangedEventArgs(s.ParticipantChangedReason.Updated, [this.toParticipant(v)], d.sessionId));
6775          }
6776        } catch {
6777        }
6778      }, this.onLockRoomCommandReceived = () => {
6779      }, this.onMuteAllCommandReceived = (h, d) => {
6780        try {

6781          this.privParticipants.participants.forEach((v) => v.isMuted = v.isHost ? !1 : d.isMuted), this.privConversationTranslator && this.privConversationTranslator.participantsChanged(this.privConversationTranslator, new s.ConversationParticipantsChangedEventArgs(s.ParticipantChangedReason.Updated, this.toParticipants(!1), d.sessionId));
6782        } catch {
6783        }
6784      }, this.onParticipantJoinCommandReceived = (h, d) => {
6785        try {
6786          const v = this.privParticipants.addOrUpdateParticipant(d.participant);
6787          v !== void 0 && this.privConversationTranslator && this.privConversationTranslator.participantsChanged(this.privConversationTranslator, new s.ConversationParticipantsChangedEventArgs(s.ParticipantChangedReason.JoinedConversation, [this.toParticipant(v)], d.sessionId));
6788        } catch {
6789        }
6790      }, this.onParticipantLeaveCommandReceived = (h, d) => {
6791        try {
6792          const v = this.privParticipants.getParticipant(d.participant.id);
6793          v !== void 0 && (this.privParticipants.deleteParticipant(d.participant.id), this.privConversationTranslator && this.privConversationTranslator.participantsChanged(this.privConversationTranslator, new s.ConversationParticipantsChangedEventArgs(s.ParticipantChangedReason.LeftConversation, [this.toParticipant(v)], d.sessionId)));
6794        } catch {
6795        }
6796      }, this.onTranslationReceived = (h, d) => {
6797        try {
6798          switch (d.command) {
6799            case t.ConversationTranslatorMessageTypes.final:
6800              this.privConversationTranslator && this.privConversationTranslator.transcribed(this.privConversationTranslator, new s.ConversationTranslationEventArgs(d.payload, void 0, d.sessionId));
6801              break;
6802            case t.ConversationTranslatorMessageTypes.partial:
6803              this.privConversationTranslator && this.privConversationTranslator.transcribing(this.privConversationTranslator, new s.ConversationTranslationEventArgs(d.payload, void 0, d.sessionId));
6804              break;
6805            case t.ConversationTranslatorMessageTypes.instantMessage:
6806              this.privConversationTranslator && this.privConversationTranslator.textMessageReceived(this.privConversationTranslator, new s.ConversationTranslationEventArgs(d.payload, void 0, d.sessionId));
6807              break;
6808          }
6809        } catch {
6810        }
6811      }, this.onParticipantsListReceived = (h, d) => {
6812        var v;
6813        try {
6814          if (d.sessionToken !== void 0 && d.sessionToken !== null && (this.privRoom.token = d.sessionToken), this.privParticipants.participants = [...d.participants], this.privParticipants.me !== void 0 && (this.privIsReady = !0), this.privConversationTranslator && this.privConversationTranslator.participantsChanged(this.privConversationTranslator, new s.ConversationParticipantsChangedEventArgs(s.ParticipantChangedReason.JoinedConversation, this.toParticipants(!0), d.sessionId)), this.me.isHost) {
6815            const f = (v = this.privConversationTranslator) == null ? void 0 : v.properties.getProperty(s.PropertyId.ConversationTranslator_Name);
6816            f !== void 0 && f.length > 0 && f !== this.me.displayName && this.changeNicknameAsync(f);
6817          }
6818        } catch {
6819        }
6820      }, this.onConversationExpiration = (h, d) => {
6821        try {
6822          this.privConversationTranslator && this.privConversationTranslator.conversationExpiration(this.privConversationTranslator, d);
6823        } catch {
6824        }
6825      }, this.privIsConnected = !1, this.privIsDisposed = !1, this.privConversationId = "", this.privProperties = new s.PropertyCollection(), this.privManager = new t.ConversationManager(), i.getProperty(s.PropertyId[s.PropertyId.SpeechServiceConnection_RecoLanguage]) || i.setProperty(s.PropertyId[s.PropertyId.SpeechServiceConnection_RecoLanguage], t.ConversationConnectionConfig.defaultLanguageCode), this.privLanguage = i.getProperty(s.PropertyId[s.PropertyId.SpeechServiceConnection_RecoLanguage]), o)
6826        this.privConversationId = o;
6827      else {
6828        i.targetLanguages.length === 0 && i.addTargetLanguage(this.privLanguage), i.getProperty(s.PropertyId[s.PropertyId.SpeechServiceResponse_ProfanityOption]) || i.setProfanity(s.ProfanityOption.Masked);
6829        let d = i.getProperty(s.PropertyId[s.PropertyId.ConversationTranslator_Name]);
6830        d == null && (d = "Host"), r.Contracts.throwIfNullOrTooLong(d, "nickname", 50), r.Contracts.throwIfNullOrTooShort(d, "nickname", 2), i.setProperty(s.PropertyId[s.PropertyId.ConversationTranslator_Name], d);
6831      }
6832      this.privConfig = i;
6833      const u = i;
6834      r.Contracts.throwIfNull(u, "speechConfig"), this.privProperties = u.properties.clone(), this.privIsConnected = !1, this.privParticipants = new t.InternalParticipants(), this.privIsReady = !1, this.privTextMessageMaxLength = 1e3;
6835    }
6836    // get the internal data about a conversation
6837    get room() {
6838      return this.privRoom;
6839    }
6840    // get the wrapper for connecting to the websockets
6841    get connection() {
6842      return this.privConversationRecognizer;
6843    }
6844    // get the config
6845    get config() {
6846      return this.privConfig;
6847    }
6848    // get the conversation Id
6849    get conversationId() {
6850      return this.privRoom ? this.privRoom.roomId : this.privConversationId;
6851    }
6852    // get the properties
6853    get properties() {
6854      return this.privProperties;
6855    }
6856    // get the speech language
6857    get speechRecognitionLanguage() {
6858      return this.privLanguage;
6859    }
6860    get isMutedByHost() {
6861      var i, o;
6862      return (i = this.privParticipants.me) != null && i.isHost ? !1 : (o = this.privParticipants.me) == null ? void 0 : o.isMuted;
6863    }
6864    get isConnected() {
6865      return this.privIsConnected && this.privIsReady;
6866    }
6867    get participants() {
6868      return this.toParticipants(!0);
6869    }
6870    get me() {
6871      return this.toParticipant(this.privParticipants.me);
6872    }
6873    get host() {
6874      return this.toParticipant(this.privParticipants.host);
6875    }
6876    get transcriberRecognizer() {
6877      return this.privTranscriberRecognizer;
6878    }
6879    get conversationInfo() {
6880      const i = this.conversationId, o = this.participants.map((h) => ({
6881        id: h.id,
6882        preferredLanguage: h.preferredLanguage,
6883        voice: h.voice
6884      })), c = {};
6885      for (const h of t.ConversationConnectionConfig.transcriptionEventKeys) {
6886        const d = this.properties.getProperty(h, "");
6887        d !== "" && (c[h] = d);
6888      }
6889      return { id: i, participants: o, conversationProperties: c };
6890    }
6891    get canSend() {
6892      var i;
6893      return this.privIsConnected && !((i = this.privParticipants.me) != null && i.isMuted);
6894    }
6895    get canSendAsHost() {
6896      var i;
6897      return this.privIsConnected && ((i = this.privParticipants.me) == null ? void 0 : i.isHost);
6898    }
6899    // get / set the speech auth token
6900    // eslint-disable-next-line @typescript-eslint/member-ordering
6901    get authorizationToken() {
6902      return this.privToken;
6903    }
6904    set authorizationToken(i) {
6905      r.Contracts.throwIfNullOrWhitespace(i, "authorizationToken"), this.privToken = i;
6906    }
6907    set conversationTranslator(i) {
6908      this.privConversationTranslator = i;
6909    }
6910    onToken(i) {
6911      this.privConversationTranslator.onToken(i);
6912    }
6913    /**
6914     * Create a new conversation as Host
6915     * @param cb
6916     * @param err
6917     */
6918    createConversationAsync(i, o) {

6919      try {
6920        this.privConversationRecognizer && this.handleError(new Error(this.privErrors.permissionDeniedStart), o), this.privManager.createOrJoin(this.privProperties, void 0, (c) => {
6921          c || this.handleError(new Error(this.privErrors.permissionDeniedConnect), o), this.privRoom = c, this.handleCallback(i, o);
6922        }, (c) => {
6923          this.handleError(c, o);
6924        });
6925      } catch (c) {
6926        this.handleError(c, o);
6927      }
6928    }
6929    /**
6930     * Starts a new conversation as host.
6931     * @param cb
6932     * @param err
6933     */
6934    startConversationAsync(i, o) {
6935      try {
6936        this.privConversationRecognizer && this.handleError(new Error(this.privErrors.permissionDeniedStart), o), r.Contracts.throwIfNullOrUndefined(this.privRoom, this.privErrors.permissionDeniedConnect), this.privParticipants.meId = this.privRoom.participantId, this.privConversationRecognizer = t.ConversationRecognizerFactory.fromConfig(this, this.privConfig), this.privConversationRecognizer.connected = this.onConnected, this.privConversationRecognizer.disconnected = this.onDisconnected, this.privConversationRecognizer.canceled = this.onCanceled, this.privConversationRecognizer.participantUpdateCommandReceived = this.onParticipantUpdateCommandReceived, this.privConversationRecognizer.lockRoomCommandReceived = this.onLockRoomCommandReceived, this.privConversationRecognizer.muteAllCommandReceived = this.onMuteAllCommandReceived, this.privConversationRecognizer.participantJoinCommandReceived = this.onParticipantJoinCommandReceived, this.privConversationRecognizer.participantLeaveCommandReceived = this.onParticipantLeaveCommandReceived, this.privConversationRecognizer.translationReceived = this.onTranslationReceived, this.privConversationRecognizer.participantsListReceived = this.onParticipantsListReceived, this.privConversationRecognizer.conversationExpiration = this.onConversationExpiration, this.privConversationRecognizer.connect(this.privRoom.token, () => {
6937          this.handleCallback(i, o);
6938        }, (c) => {
6939          this.handleError(c, o);
6940        });
6941      } catch (c) {
6942        this.handleError(c, o);
6943      }
6944    }
6945    /**
6946     * Join a conversation as a participant.
6947     * @param { IParticipant } participant - participant to add
6948     * @param cb
6949     * @param err
6950     */
6951    addParticipantAsync(i, o, c) {
6952      r.Contracts.throwIfNullOrUndefined(i, "Participant"), (0, e.marshalPromiseToCallbacks)(this.addParticipantImplAsync(i), o, c);
6953    }
6954    /**
6955     * Join a conversation as a participant.
6956     * @param conversation
6957     * @param nickname
6958     * @param lang
6959     * @param cb
6960     * @param err
6961     */
6962    joinConversationAsync(i, o, c, u, h) {
6963      try {
6964        r.Contracts.throwIfNullOrWhitespace(i, this.privErrors.invalidArgs.replace("{arg}", "conversationId")), r.Contracts.throwIfNullOrWhitespace(o, this.privErrors.invalidArgs.replace("{arg}", "nickname")), r.Contracts.throwIfNullOrWhitespace(c, this.privErrors.invalidArgs.replace("{arg}", "language")), this.privManager.createOrJoin(this.privProperties, i, (d) => {
6965          r.Contracts.throwIfNullOrUndefined(d, this.privErrors.permissionDeniedConnect), this.privRoom = d, this.privConfig.authorizationToken = d.cognitiveSpeechAuthToken, u && u(d.cognitiveSpeechAuthToken);
6966        }, (d) => {
6967          this.handleError(d, h);
6968        });
6969      } catch (d) {
6970        this.handleError(d, h);
6971      }
6972    }
6973    /**
6974     * Deletes a conversation
6975     * @param cb
6976     * @param err
6977     */
6978    deleteConversationAsync(i, o) {
6979      (0, e.marshalPromiseToCallbacks)(this.deleteConversationImplAsync(), i, o);
6980    }
6981    async deleteConversationImplAsync() {
6982      r.Contracts.throwIfNullOrUndefined(this.privProperties, this.privErrors.permissionDeniedConnect), r.Contracts.throwIfNullOrWhitespace(this.privRoom.token, this.privErrors.permissionDeniedConnect), await this.privManager.leave(this.privProperties, this.privRoom.token), this.dispose();
6983    }
6984    /**
6985     * Issues a request to close the client websockets
6986     * @param cb
6987     * @param err
6988     */
6989    endConversationAsync(i, o) {
6990      (0, e.marshalPromiseToCallbacks)(this.endConversationImplAsync(), i, o);
6991    }
6992    endConversationImplAsync() {
6993      return this.close(!0);
6994    }
6995    /**
6996     * Issues a request to lock the conversation
6997     * @param cb
6998     * @param err
6999     */
7000    lockConversationAsync(i, o) {

7001      try {
7002        r.Contracts.throwIfDisposed(this.privIsDisposed), r.Contracts.throwIfDisposed(this.privConversationRecognizer.isDisposed()), r.Contracts.throwIfNullOrUndefined(this.privRoom, this.privErrors.permissionDeniedSend), this.canSendAsHost || this.handleError(new Error(this.privErrors.permissionDeniedConversation.replace("{command}", "lock")), o), this.privConversationRecognizer && this.privConversationRecognizer.sendRequest(this.getLockCommand(!0), () => {
7003          this.handleCallback(i, o);
7004        }, (c) => {
7005          this.handleError(c, o);
7006        });
7007      } catch (c) {
7008        this.handleError(c, o);
7009      }
7010    }
7011    /**
7012     * Issues a request to mute the conversation
7013     * @param cb
7014     * @param err
7015     */
7016    muteAllParticipantsAsync(i, o) {
7017      try {
7018        r.Contracts.throwIfDisposed(this.privIsDisposed), r.Contracts.throwIfDisposed(this.privConversationRecognizer.isDisposed()), r.Contracts.throwIfNullOrUndefined(this.privConversationRecognizer, this.privErrors.permissionDeniedSend), r.Contracts.throwIfNullOrUndefined(this.privRoom, this.privErrors.permissionDeniedSend), this.canSendAsHost || this.handleError(new Error(this.privErrors.permissionDeniedConversation.replace("{command}", "mute")), o), this.privConversationRecognizer && this.privConversationRecognizer.sendRequest(this.getMuteAllCommand(!0), () => {
7019          this.handleCallback(i, o);
7020        }, (c) => {
7021          this.handleError(c, o);
7022        });
7023      } catch (c) {
7024        this.handleError(c, o);
7025      }
7026    }
7027    /**
7028     * Issues a request to mute a participant in the conversation
7029     * @param userId
7030     * @param cb
7031     * @param err
7032     */
7033    muteParticipantAsync(i, o, c) {
7034      try {
7035        r.Contracts.throwIfDisposed(this.privIsDisposed), r.Contracts.throwIfDisposed(this.privConversationRecognizer.isDisposed()), r.Contracts.throwIfNullOrWhitespace(i, this.privErrors.invalidArgs.replace("{arg}", "userId")), r.Contracts.throwIfNullOrUndefined(this.privRoom, this.privErrors.permissionDeniedSend), this.canSend || this.handleError(new Error(this.privErrors.permissionDeniedSend), c), !this.me.isHost && this.me.id !== i && this.handleError(new Error(this.privErrors.permissionDeniedParticipant.replace("{command}", "mute")), c), this.privParticipants.getParticipantIndex(i) === -1 && this.handleError(new Error(this.privErrors.invalidParticipantRequest), c), this.privConversationRecognizer && this.privConversationRecognizer.sendRequest(this.getMuteCommand(i, !0), () => {
7036          this.handleCallback(o, c);
7037        }, (h) => {
7038          this.handleError(h, c);
7039        });
7040      } catch (u) {
7041        this.handleError(u, c);
7042      }
7043    }
7044    /**
7045     * Issues a request to remove a participant from the conversation
7046     * @param userId
7047     * @param cb
7048     * @param err
7049     */
7050    removeParticipantAsync(i, o, c) {
7051      try {
7052        if (r.Contracts.throwIfDisposed(this.privIsDisposed), this.privTranscriberRecognizer && i.hasOwnProperty("id"))
7053          (0, e.marshalPromiseToCallbacks)(this.removeParticipantImplAsync(i), o, c);
7054        else {
7055          r.Contracts.throwIfDisposed(this.privConversationRecognizer.isDisposed()), r.Contracts.throwIfNullOrUndefined(this.privRoom, this.privErrors.permissionDeniedSend), this.canSendAsHost || this.handleError(new Error(this.privErrors.permissionDeniedParticipant.replace("{command}", "remove")), c);
7056          let u = "";
7057          typeof i == "string" ? u = i : i.hasOwnProperty("id") ? u = i.id : i.hasOwnProperty("userId") && (u = i.userId), r.Contracts.throwIfNullOrWhitespace(u, this.privErrors.invalidArgs.replace("{arg}", "userId")), this.participants.findIndex((d) => d.id === u) === -1 && this.handleError(new Error(this.privErrors.invalidParticipantRequest), c), this.privConversationRecognizer && this.privConversationRecognizer.sendRequest(this.getEjectCommand(u), () => {
7058            this.handleCallback(o, c);
7059          }, (d) => {
7060            this.handleError(d, c);
7061          });
7062        }
7063      } catch (u) {
7064        this.handleError(u, c);
7065      }
7066    }
7067    /**
7068     * Issues a request to unlock the conversation
7069     * @param cb
7070     * @param err
7071     */
7072    unlockConversationAsync(i, o) {

7073      try {
7074        r.Contracts.throwIfDisposed(this.privIsDisposed), r.Contracts.throwIfDisposed(this.privConversationRecognizer.isDisposed()), r.Contracts.throwIfNullOrUndefined(this.privRoom, this.privErrors.permissionDeniedSend), this.canSendAsHost || this.handleError(new Error(this.privErrors.permissionDeniedConversation.replace("{command}", "unlock")), o), this.privConversationRecognizer && this.privConversationRecognizer.sendRequest(this.getLockCommand(!1), () => {
7075          this.handleCallback(i, o);
7076        }, (c) => {
7077          this.handleError(c, o);
7078        });
7079      } catch (c) {
7080        this.handleError(c, o);
7081      }
7082    }
7083    /**
7084     * Issues a request to unmute all participants in the conversation
7085     * @param cb
7086     * @param err
7087     */
7088    unmuteAllParticipantsAsync(i, o) {
7089      try {
7090        r.Contracts.throwIfDisposed(this.privIsDisposed), r.Contracts.throwIfDisposed(this.privConversationRecognizer.isDisposed()), r.Contracts.throwIfNullOrUndefined(this.privRoom, this.privErrors.permissionDeniedSend), this.canSendAsHost || this.handleError(new Error(this.privErrors.permissionDeniedConversation.replace("{command}", "unmute all")), o), this.privConversationRecognizer && this.privConversationRecognizer.sendRequest(this.getMuteAllCommand(!1), () => {
7091          this.handleCallback(i, o);
7092        }, (c) => {
7093          this.handleError(c, o);
7094        });
7095      } catch (c) {
7096        this.handleError(c, o);
7097      }
7098    }
7099    /**
7100     * Issues a request to unmute a participant in the conversation
7101     * @param userId
7102     * @param cb
7103     * @param err
7104     */
7105    unmuteParticipantAsync(i, o, c) {
7106      try {
7107        r.Contracts.throwIfDisposed(this.privIsDisposed), r.Contracts.throwIfDisposed(this.privConversationRecognizer.isDisposed()), r.Contracts.throwIfNullOrWhitespace(i, this.privErrors.invalidArgs.replace("{arg}", "userId")), r.Contracts.throwIfNullOrUndefined(this.privRoom, this.privErrors.permissionDeniedSend), this.canSend || this.handleError(new Error(this.privErrors.permissionDeniedSend), c), !this.me.isHost && this.me.id !== i && this.handleError(new Error(this.privErrors.permissionDeniedParticipant.replace("{command}", "mute")), c), this.privParticipants.getParticipantIndex(i) === -1 && this.handleError(new Error(this.privErrors.invalidParticipantRequest), c), this.privConversationRecognizer && this.privConversationRecognizer.sendRequest(this.getMuteCommand(i, !1), () => {
7108          this.handleCallback(o, c);
7109        }, (h) => {
7110          this.handleError(h, c);
7111        });
7112      } catch (u) {
7113        this.handleError(u, c);
7114      }
7115    }
7116    /**
7117     * Send a text message
7118     * @param message
7119     * @param cb
7120     * @param err
7121     */
7122    sendTextMessageAsync(i, o, c) {
7123      try {
7124        r.Contracts.throwIfDisposed(this.privIsDisposed), r.Contracts.throwIfDisposed(this.privConversationRecognizer.isDisposed()), r.Contracts.throwIfNullOrWhitespace(i, this.privErrors.invalidArgs.replace("{arg}", "message")), r.Contracts.throwIfNullOrUndefined(this.privRoom, this.privErrors.permissionDeniedSend), this.canSend || this.handleError(new Error(this.privErrors.permissionDeniedSend), c), i.length > this.privTextMessageMaxLength && this.handleError(new Error(this.privErrors.invalidArgs.replace("{arg}", "message length")), c), this.privConversationRecognizer && this.privConversationRecognizer.sendRequest(this.getMessageCommand(i), () => {
7125          this.handleCallback(o, c);
7126        }, (u) => {
7127          this.handleError(u, c);
7128        });
7129      } catch (u) {
7130        this.handleError(u, c);
7131      }
7132    }
7133    /**
7134     * Set translated to languages
7135     * @param {string[]} languages - languages to translate to
7136     * @param cb
7137     * @param err
7138     */
7139    setTranslatedLanguagesAsync(i, o, c) {
7140      try {
7141        r.Contracts.throwIfDisposed(this.privIsDisposed), r.Contracts.throwIfDisposed(this.privConversationRecognizer.isDisposed()), r.Contracts.throwIfArrayEmptyOrWhitespace(i, this.privErrors.invalidArgs.replace("{arg}", "languages")), r.Contracts.throwIfNullOrUndefined(this.privRoom, this.privErrors.permissionDeniedSend), this.canSend || this.handleError(new Error(this.privErrors.permissionDeniedSend), c), this.privConversationRecognizer && this.privConversationRecognizer.sendRequest(this.getSetTranslateToLanguagesCommand(i), () => {
7142          this.handleCallback(o, c);
7143        }, (u) => {
7144          this.handleError(u, c);
7145        });
7146      } catch (u) {
7147        this.handleError(u, c);
7148      }
7149    }
7150    /**
7151     * Change nickname
7152     * @param {string} nickname - new nickname for the room
7153     * @param cb
7154     * @param err
7155     */
7156    changeNicknameAsync(i, o, c) {

7157      try {
7158        r.Contracts.throwIfDisposed(this.privIsDisposed), r.Contracts.throwIfDisposed(this.privConversationRecognizer.isDisposed()), r.Contracts.throwIfNullOrWhitespace(i, this.privErrors.invalidArgs.replace("{arg}", "nickname")), r.Contracts.throwIfNullOrUndefined(this.privRoom, this.privErrors.permissionDeniedSend), this.canSend || this.handleError(new Error(this.privErrors.permissionDeniedSend), c), this.privConversationRecognizer && this.privConversationRecognizer.sendRequest(this.getChangeNicknameCommand(i), () => {
7159          this.handleCallback(o, c);
7160        }, (u) => {
7161          this.handleError(u, c);
7162        });
7163      } catch (u) {
7164        this.handleError(u, c);
7165      }
7166    }
7167    isDisposed() {
7168      return this.privIsDisposed;
7169    }
7170    dispose() {
7171      this.isDisposed || (this.privIsDisposed = !0, this.config && this.config.close(), this.privConfig = void 0, this.privLanguage = void 0, this.privProperties = void 0, this.privRoom = void 0, this.privToken = void 0, this.privManager = void 0, this.privIsConnected = !1, this.privIsReady = !1, this.privParticipants = void 0);
7172    }
7173    async connectTranscriberRecognizer(i) {
7174      this.privTranscriberRecognizer && await this.privTranscriberRecognizer.close(), await i.enforceAudioGating(), this.privTranscriberRecognizer = i, this.privTranscriberRecognizer.conversation = this;
7175    }
7176    getKeepAlive() {
7177      const i = this.me ? this.me.displayName : "default_nickname";
7178      return JSON.stringify({
7179        id: "0",
7180        nickname: i,
7181        participantId: this.privRoom.participantId,
7182        roomId: this.privRoom.roomId,
7183        type: t.ConversationTranslatorMessageTypes.keepAlive
7184      });
7185    }
7186    /* eslint-enable @typescript-eslint/typedef */
7187    addParticipantImplAsync(i) {
7188      if (this.privParticipants.addOrUpdateParticipant(i) !== void 0 && this.privTranscriberRecognizer) {
7189        const c = this.conversationInfo;
7190        return c.participants = [i], this.privTranscriberRecognizer.pushConversationEvent(c, "join");
7191      }
7192    }
7193    removeParticipantImplAsync(i) {
7194      this.privParticipants.deleteParticipant(i.id);
7195      const o = this.conversationInfo;
7196      return o.participants = [i], this.privTranscriberRecognizer.pushConversationEvent(o, "leave");
7197    }
7198    async close(i) {
7199      var o;

7200      try {
7201        this.privIsConnected = !1, await ((o = this.privConversationRecognizer) == null ? void 0 : o.close()), this.privConversationRecognizer = void 0, this.privConversationTranslator && this.privConversationTranslator.dispose();
7202      } catch (c) {
7203        throw c;
7204      }
7205      i && this.dispose();
7206    }
7207    /** Helpers */
7208    handleCallback(i, o) {
7209      if (i) {
7210        try {
7211          i();
7212        } catch (c) {
7213          o && o(c);
7214        }
7215        i = void 0;
7216      }
7217    }
7218    handleError(i, o) {
7219      if (o)
7220        if (i instanceof Error) {
7221          const c = i;
7222          o(c.name + ": " + c.message);
7223        } else
7224          o(i);
7225    }
7226    /** Participant Helpers */
7227    toParticipants(i) {
7228      const o = this.privParticipants.participants.map((c) => this.toParticipant(c));
7229      return i ? o : o.filter((c) => c.isHost === !1);
7230    }
7231    toParticipant(i) {
7232      return new s.Participant(i.id, i.avatar, i.displayName, i.isHost, i.isMuted, i.isUsingTts, i.preferredLanguage, i.voice);
7233    }
7234    getMuteAllCommand(i) {
7235      return r.Contracts.throwIfNullOrWhitespace(this.privRoom.roomId, "conversationId"), r.Contracts.throwIfNullOrWhitespace(this.privRoom.participantId, "participantId"), JSON.stringify({
7236        command: t.ConversationTranslatorCommandTypes.setMuteAll,
7237        participantId: this.privRoom.participantId,
7238        roomid: this.privRoom.roomId,
7239        type: t.ConversationTranslatorMessageTypes.participantCommand,
7240        value: i
7241      });
7242    }
7243    getMuteCommand(i, o) {
7244      return r.Contracts.throwIfNullOrWhitespace(this.privRoom.roomId, "conversationId"), r.Contracts.throwIfNullOrWhitespace(i, "participantId"), JSON.stringify({
7245        command: t.ConversationTranslatorCommandTypes.setMute,
7246        // eslint-disable-next-line object-shorthand
7247        participantId: i,
7248        roomid: this.privRoom.roomId,
7249        type: t.ConversationTranslatorMessageTypes.participantCommand,
7250        value: o
7251      });
7252    }
7253    getLockCommand(i) {
7254      return r.Contracts.throwIfNullOrWhitespace(this.privRoom.roomId, "conversationId"), r.Contracts.throwIfNullOrWhitespace(this.privRoom.participantId, "participantId"), JSON.stringify({
7255        command: t.ConversationTranslatorCommandTypes.setLockState,
7256        participantId: this.privRoom.participantId,
7257        roomid: this.privRoom.roomId,
7258        type: t.ConversationTranslatorMessageTypes.participantCommand,
7259        value: i
7260      });
7261    }
7262    getEjectCommand(i) {
7263      return r.Contracts.throwIfNullOrWhitespace(this.privRoom.roomId, "conversationId"), r.Contracts.throwIfNullOrWhitespace(i, "participantId"), JSON.stringify({
7264        command: t.ConversationTranslatorCommandTypes.ejectParticipant,
7265        // eslint-disable-next-line object-shorthand
7266        participantId: i,
7267        roomid: this.privRoom.roomId,
7268        type: t.ConversationTranslatorMessageTypes.participantCommand
7269      });
7270    }
7271    getSetTranslateToLanguagesCommand(i) {
7272      return r.Contracts.throwIfNullOrWhitespace(this.privRoom.roomId, "conversationId"), r.Contracts.throwIfNullOrWhitespace(this.privRoom.participantId, "participantId"), JSON.stringify({
7273        command: t.ConversationTranslatorCommandTypes.setTranslateToLanguages,
7274        participantId: this.privRoom.participantId,
7275        roomid: this.privRoom.roomId,
7276        type: t.ConversationTranslatorMessageTypes.participantCommand,
7277        value: i
7278      });
7279    }
7280    getChangeNicknameCommand(i) {
7281      return r.Contracts.throwIfNullOrWhitespace(this.privRoom.roomId, "conversationId"), r.Contracts.throwIfNullOrWhitespace(i, "nickname"), r.Contracts.throwIfNullOrWhitespace(this.privRoom.participantId, "participantId"), JSON.stringify({
7282        command: t.ConversationTranslatorCommandTypes.changeNickname,
7283        nickname: i,
7284        participantId: this.privRoom.participantId,
7285        roomid: this.privRoom.roomId,
7286        type: t.ConversationTranslatorMessageTypes.participantCommand,
7287        value: i
7288      });
7289    }
7290    getMessageCommand(i) {
7291      return r.Contracts.throwIfNullOrWhitespace(this.privRoom.roomId, "conversationId"), r.Contracts.throwIfNullOrWhitespace(this.privRoom.participantId, "participantId"), r.Contracts.throwIfNullOrWhitespace(i, "message"), JSON.stringify({
7292        participantId: this.privRoom.participantId,
7293        roomId: this.privRoom.roomId,
7294        text: i,
7295        type: t.ConversationTranslatorMessageTypes.instantMessage
7296      });
7297    }
7298  }
7299  return Oe.ConversationImpl = a, Oe;
7300}
7301var Ni = {};
7302Object.defineProperty(Ni, "__esModule", { value: !0 });
7303Ni.ConversationCommon = void 0;
7304class pv {

7305  constructor(e) {
7306    this.privAudioConfig = e;
7307  }
7308  handleCallback(e, r) {
7309    if (e) {
7310      try {
7311        e();
7312      } catch (s) {
7313        r && r(s);
7314      }
7315      e = void 0;
7316    }
7317  }
7318  handleError(e, r) {
7319    if (r)
7320      if (e instanceof Error) {
7321        const s = e;
7322        r(s.name + ": " + s.message);
7323      } else
7324        r(e);
7325  }
7326}
7327Ni.ConversationCommon = pv;
7328var Mt = {}, to;
7329function uv() {
7330  if (to) return Mt;
7331  to = 1, Object.defineProperty(Mt, "__esModule", { value: !0 }), Mt.ConversationExpirationEventArgs = void 0;
7332  const t = R();
7333  let e = class extends t.SessionEventArgs {
7334    constructor(s, p) {
7335      super(p), this.privExpirationTime = s;
7336    }
7337    /** How much longer until the conversation expires (in minutes). */
7338    get expirationTime() {
7339      return this.privExpirationTime;
7340    }
7341  };
7342  return Mt.ConversationExpirationEventArgs = e, Mt;
7343}
7344var Ot = {}, ro;
7345function hv() {
7346  if (ro) return Ot;
7347  ro = 1, Object.defineProperty(Ot, "__esModule", { value: !0 }), Ot.ConversationParticipantsChangedEventArgs = void 0;
7348  const t = R();
7349  let e = class extends t.SessionEventArgs {
7350    constructor(s, p, a) {
7351      super(a), this.privReason = s, this.privParticipant = p;
7352    }
7353    get reason() {
7354      return this.privReason;
7355    }
7356    get participants() {
7357      return this.privParticipant;
7358    }
7359  };
7360  return Ot.ConversationParticipantsChangedEventArgs = e, Ot;
7361}
7362var Dt = {}, io;
7363function dv() {
7364  if (io) return Dt;
7365  io = 1, Object.defineProperty(Dt, "__esModule", { value: !0 }), Dt.ConversationTranslationCanceledEventArgs = void 0;
7366  const t = zr();
7367  let e = class extends t.CancellationEventArgsBase {
7368  };
7369  return Dt.ConversationTranslationCanceledEventArgs = e, Dt;
7370}
7371var kt = {}, no;
7372function vv() {
7373  if (no) return kt;
7374  no = 1, Object.defineProperty(kt, "__esModule", { value: !0 }), kt.ConversationTranslationEventArgs = void 0;
7375  const t = R();
7376  let e = class extends t.RecognitionEventArgs {
7377    /**
7378     * Creates and initializes an instance of this class.
7379     * @constructor
7380     * @param {ConversationTranslationResult} result - The translation recognition result.
7381     * @param {number} offset - The offset.
7382     * @param {string} sessionId - The session id.
7383     */
7384    constructor(s, p, a) {
7385      super(p, a), this.privResult = s;
7386    }
7387    /**
7388     * Specifies the recognition result.
7389     * @returns {ConversationTranslationResult} the recognition result.
7390     */
7391    get result() {
7392      return this.privResult;
7393    }
7394  };
7395  return kt.ConversationTranslationEventArgs = e, kt;
7396}
7397var Nt = {}, so;
7398function lv() {
7399  if (so) return Nt;
7400  so = 1, Object.defineProperty(Nt, "__esModule", { value: !0 }), Nt.ConversationTranslationResult = void 0;
7401  const t = Xa();
7402  let e = class extends t.TranslationRecognitionResult {
7403    constructor(s, p, a, n, i, o, c, u, h, d, v) {
7404      super(p, n, i, o, c, u, void 0, void 0, h, d, v), this.privId = s, this.privOrigLang = a;
7405    }
7406    /**
7407     * The unique identifier for the participant this result is for.
7408     */
7409    get participantId() {
7410      return this.privId;
7411    }
7412    /**
7413     * The original language this result was in.
7414     */
7415    get originalLang() {
7416      return this.privOrigLang;
7417    }
7418  };
7419  return Nt.ConversationTranslationResult = e, Nt;
7420}
7421var yn = {}, zt = {}, Lr = {};
7422Object.defineProperty(Lr, "__esModule", { value: !0 });
7423Lr.StringUtils = void 0;
7424class fv {
7425  /**
7426   * Formats a string by replacing the named {keys} in the string with the values contained in the replacement dictionary.
7427   * @param format The format string that contains the parts to replace surrounded by {}. For example: "wss://{region}.cts.speech.microsoft.com".
7428   * If your string needs to contain a { or } you can use the {{ and }} escape sequences respectively.
7429   * @param replacements The dictionary of replacements. If a replacement is not found, it is replaced with an empty string
7430   * @returns The formatted string. If you pass in a null or undefined format string, an empty string will be returned
7431   */
7432  static formatString(e, r) {
7433    if (!e)
7434      return "";
7435    if (!r)
7436      return e;
7437    let s = "", p = "";
7438    const a = (o) => {
7439      s += o;
7440    }, n = (o) => {
7441      p += o;
7442    };
7443    let i = a;
7444    for (let o = 0; o < e.length; o++) {
7445      const c = e[o], u = o + 1 < e.length ? e[o + 1] : "";
7446      switch (c) {
7447        case "{":
7448          u === "{" ? (i("{"), o++) : i = n;
7449          break;
7450        case "}":
7451          u === "}" ? (i("}"), o++) : (r.hasOwnProperty(p) && (s += r[p]), i = a, p = "");
7452          break;
7453        default:
7454          i(c);
7455          break;
7456      }
7457    }
7458    return s;
7459  }
7460}
7461Lr.StringUtils = fv;
7462var oo;

7463function gv() {
7464  if (oo) return zt;
7465  oo = 1, Object.defineProperty(zt, "__esModule", { value: !0 }), zt.ConversationTranslatorConnectionFactory = void 0;
7466  const t = re(), e = Lr, r = O, s = R(), p = Y, a = pe, n = Se(), i = A();
7467  let o = class dc extends n.ConnectionFactoryBase {
7468    constructor(u) {
7469      super(), r.Contracts.throwIfNullOrUndefined(u, "convGetter"), this.privConvGetter = u;
7470    }
7471    create(u, h, d) {
7472      const v = u.parameters.getProperty("ConversationTranslator_MultiChannelAudio", "").toUpperCase() === "TRUE", f = this.privConvGetter().room, m = f.cognitiveSpeechRegion || u.parameters.getProperty(s.PropertyId.SpeechServiceConnection_Region, ""), S = {
7473        hostSuffix: n.ConnectionFactoryBase.getHostSuffix(m),
7474        path: dc.CTS_VIRT_MIC_PATH,
7475        region: encodeURIComponent(m)
7476      };
7477      S[a.QueryParameterNames.Language] = encodeURIComponent(u.parameters.getProperty(s.PropertyId.SpeechServiceConnection_RecoLanguage, "")), S[a.QueryParameterNames.CtsMeetingId] = encodeURIComponent(f.roomId), S[a.QueryParameterNames.CtsDeviceId] = encodeURIComponent(f.participantId), S[a.QueryParameterNames.CtsIsParticipant] 

7477= f.isHost ? "" : "&" + a.QueryParameterNames.CtsIsParticipant;
7478      let l = "";
7479      const g = {}, C = {};
7480      if (v) {
7481        l = u.parameters.getProperty(s.PropertyId.SpeechServiceConnection_Endpoint), l || (l = "wss://" + u.parameters.getProperty(s.PropertyId.SpeechServiceConnection_Host, "transcribe.{region}.cts.speech{hostSuffix}") + "{path}"), l = e.StringUtils.formatString(l, S);
7482        const P = new URL(l);
7483        P.searchParams.forEach((_, E) => {
7484          g[E] = _;
7485        }), new i.TranscriberConnectionFactory().setQueryParams(g, u, l), g[a.QueryParameterNames.CtsMeetingId] = S[a.QueryParameterNames.CtsMeetingId], g[a.QueryParameterNames.CtsDeviceId] = S[a.QueryParameterNames.CtsDeviceId], f.isHost || (g[a.QueryParameterNames.CtsIsParticipant] = ""), a.QueryParameterNames.Format in g || (g[a.QueryParameterNames.Format] = "simple"), P.searchParams.forEach((_, E) => {
7486          P.searchParams.set(E, g[E]), delete g[E];
7487        }), l = P.toString();
7488      } else {
7489        const P = new i.TranslationConnectionFactory();
7490        l = P.getEndpointUrl(u, !0), l = e.StringUtils.formatString(l, S), P.setQueryParams(g, u, l);
7491      }
7492      C[p.HeaderNames.ConnectionId] = d, C[t.RestConfigBase.configParams.token] = f.token, h.token && (C[h.headerName] = h.token);
7493      const y = u.parameters.getProperty("SPEECH-EnableWebsocketCompression", "").toUpperCase() === "TRUE";
7494      return Promise.resolve(new t.WebsocketConnection(l, g, C, new i.WebsocketMessageFormatter(), t.ProxyInfo.fromRecognizerConfig(u), y, d));
7495    }
7496  };
7497  return zt.ConversationTranslatorConnectionFactory = o, o.CTS_VIRT_MIC_PATH = "/speech/recognition/dynamicaudio", zt;
7498}
7499var ao;
7500function mv() {
7501  return ao || (ao = 1, function(t) {
7502    Object.defineProperty(t, "__esModule", { value: !0 }), t.ConversationTranslator = t.SpeechState = void 0;
7503    const e = A(), r = gv(), s = I(), p = O, a = R(), n = hc(), i = Hn();
7504    var o;
7505    (function(h) {
7506      h[h.Inactive = 0] = "Inactive", h[h.Connecting = 1] = "Connecting", h[h.Connected = 2] = "Connected";
7507    })(o = t.SpeechState || (t.SpeechState = {}));
7508    class c extends a.TranslationRecognizer {
7509      constructor(d, v, f, m) {
7510        super(d, v, new r.ConversationTranslatorConnectionFactory(m)), this.privSpeechState = o.Inactive, f && (this.privTranslator = f, this.sessionStarted = () => {
7511          this.privSpeechState = o.Connected;
7512        }, this.sessionStopped = () => {
7513          this.privSpeechState = o.Inactive;
7514        }, this.recognizing = (S, l) => {
7515          this.privTranslator.recognizing && this.privTranslator.recognizing(this.privTranslator, l);
7516        }, this.recognized = async (S, l) => {
7517          var g;
7518          (g = l.result) != null && g.errorDetails ? (await this.cancelSpeech(), this.fireCancelEvent(l.result.errorDetails)) : this.privTranslator.recognized && this.privTranslator.recognized(this.privTranslator, l);
7519        }, this.canceled = async () => {
7520          if (this.privSpeechState !== o.Inactive)
7521            try {
7522              await this.cancelSpeech();
7523            } catch {
7524              this.privSpeechState = o.Inactive;
7525            }
7526        });
7527      }
7528      get state() {
7529        return this.privSpeechState;
7530      }
7531      set state(d) {
7532        this.privSpeechState = d;
7533      }
7534      set authentication(d) {
7535        this.privReco.authentication = d;
7536      }
7537      onConnection() {
7538        this.privSpeechState = o.Connected;
7539      }
7540      async onCancelSpeech() {
7541        this.privSpeechState = o.Inactive, await this.cancelSpeech();
7542      }
7543      /**
7544       * Fire a cancel event
7545       * @param error
7546       */
7547      fireCancelEvent(d) {
7548        try {
7549          if (this.privTranslator.canceled) {
7550            const v = new i.ConversationTranslationCanceledEventArgs(a.CancellationReason.Error, d, a.CancellationErrorCode.RuntimeError);
7551            this.privTranslator.canceled(this.privTranslator, v);
7552          }
7553        } catch {
7554        }
7555      }
7556      async cancelSpeech() {
7557        var d;
7558        try {
7559          this.stopContinuousRecognitionAsync(), await ((d = this.privReco) == null ? void 0 : d.disconnect()), this.privSpeechState = o.Inactive;
7560        } catch {
7561        }
7562      }
7563    }
7564    class u extends i.ConversationCommon {
7565      constructor(d) {
7566        super(d), this.privErrors = e.ConversationConnectionConfig.restErrors, this.privIsDisposed = !1, this.privIsSpeaking = !1, this.privPlaceholderKey = "abcdefghijklmnopqrstuvwxyz012345", this.privPlaceholderRegion = "westus", this.privProperties = new a.PropertyCollection();
7567      }
7568      get properties() {
7569        return this.privProperties;
7570      }
7571      get speechRecognitionLanguage() {
7572        return this.privSpeechRecognitionLanguage;
7573      }
7574      get participants() {
7575        var d;
7576        return (d = this.privConversation) == null ? void 0 : d.participants;
7577      }
7578      get canSpeak() {
7579        return !(!this.privConversation.isConnected || !this.privCTRecognizer || this.privIsSpeaking || this.privCTRecognizer.state === o.Connected || this.privCTRecognizer.state === o.Connecting || this.privConversation.isMutedByHost);
7580      }
7581      onToken(d) {
7582        this.privCTRecognizer.authentication = d;
7583      }
7584      setServiceProperty(d, v) {

7585        const f = JSON.parse(this.privProperties.getProperty(e.ServicePropertiesPropertyName, "{}"));
7586        f[d] = v, this.privProperties.setProperty(e.ServicePropertiesPropertyName, JSON.stringify(f));
7587      }
7588      joinConversationAsync(d, v, f, m, S) {
7589        try {
7590          if (typeof d == "string") {
7591            p.Contracts.throwIfNullOrUndefined(d, this.privErrors.invalidArgs.replace("{arg}", "conversation id")), p.Contracts.throwIfNullOrWhitespace(v, this.privErrors.invalidArgs.replace("{arg}", "nickname")), this.privConversation && this.handleError(new Error(this.privErrors.permissionDeniedStart), S);
7592            let l = f;
7593            (l == null || l === "") && (l = e.ConversationConnectionConfig.defaultLanguageCode), this.privSpeechTranslationConfig = a.SpeechTranslationConfig.fromSubscription(this.privPlaceholderKey, this.privPlaceholderRegion), this.privSpeechTranslationConfig.setProfanity(a.ProfanityOption.Masked), this.privSpeechTranslationConfig.addTargetLanguage(l), this.privSpeechTranslationConfig.setProperty(a.PropertyId[a.PropertyId.SpeechServiceConnection_RecoLanguage], l), this.privSpeechTranslationConfig.setProperty(a.PropertyId[a.PropertyId.ConversationTranslator_Name], v);
7594            const g = [
7595              a.PropertyId.SpeechServiceConnection_Host,
7596              a.PropertyId.ConversationTranslator_Host,
7597              a.PropertyId.SpeechServiceConnection_Endpoint,
7598              a.PropertyId.SpeechServiceConnection_ProxyHostName,
7599              a.PropertyId.SpeechServiceConnection_ProxyPassword,
7600              a.PropertyId.SpeechServiceConnection_ProxyPort,
7601              a.PropertyId.SpeechServiceConnection_ProxyUserName,
7602              "ConversationTranslator_MultiChannelAudio",
7603              "ConversationTranslator_Region"
7604            ];
7605            for (const y of g) {
7606              const P = this.privProperties.getProperty(y);
7607              if (P) {
7608                const T = typeof y == "string" ? y : a.PropertyId[y];
7609                this.privSpeechTranslationConfig.setProperty(T, P);
7610              }
7611            }
7612            const C = JSON.parse(this.privProperties.getProperty(e.ServicePropertiesPropertyName, "{}"));
7613            for (const y of Object.keys(C))
7614              this.privSpeechTranslationConfig.setServiceProperty(y, C[y], a.ServicePropertyChannel.UriQueryParameter);
7615            this.privConversation = new n.ConversationImpl(this.privSpeechTranslationConfig), this.privConversation.conversationTranslator = this, this.privConversation.joinConversationAsync(d, v, l, (y) => {
7616              y || this.handleError(new Error(this.privErrors.permissionDeniedConnect), S), this.privSpeechTranslationConfig.authorizationToken = y, this.privConversation.room.isHost = !1, this.privConversation.startConversationAsync(() => {
7617                this.handleCallback(m, S);
7618              }, (P) => {
7619                this.handleError(P, S);
7620              });
7621            }, (y) => {
7622              this.handleError(y, S);
7623            });
7624          } else typeof d == "object" ? (p.Contracts.throwIfNullOrUndefined(d, this.privErrors.invalidArgs.replace("{arg}", "conversation id")), p.Contracts.throwIfNullOrWhitespace(v, this.privErrors.invalidArgs.replace("{arg}", "nickname")), this.privProperties.setProperty(a.PropertyId.ConversationTranslator_Name, v), this.privConversation = d, this.privConversation.conversationTranslator = this, this.privConversation.room.isHost = !0, p.Contracts.throwIfNullOrUndefined(this.privConversation, this.privErrors.permissionDeniedConnect), p.Contracts.throwIfNullOrUndefined(this.privConversation.room.token, this.privErrors.permissionDeniedConnect), this.privSpeechTranslationConfig = d.config, this.handleCallback(f, m)) : this.handleError(new Error(this.privErrors.invalidArgs.replace("{arg}", "invalid conversation type")), m);
7625        } catch (l) {
7626          this.handleError(l, typeof f == "string" ? S : m);
7627        }
7628      }
7629      /**
7630       * Leave the conversation
7631       * @param cb
7632       * @param err
7633       */
7634      leaveConversationAsync(d, v) {
7635        (0, s.marshalPromiseToCallbacks)((async () => {
7636          await this.cancelSpeech(), await this.privConversation.endConversationImplAsync(), await this.privConversation.deleteConversationImplAsync(), this.dispose();
7637        })(), d, v);
7638      }
7639      /**
7640       * Send a text message
7641       * @param message
7642       * @param cb
7643       * @param err
7644       */
7645      sendTextMessageAsync(d, v, f) {
7646        try {
7647          p.Contracts.throwIfNullOrUndefined(this.privConversation, this.privErrors.permissionDeniedSend), p.Contracts.throwIfNullOrWhitespace(d, this.privErrors.invalidArgs.replace("{arg}", d)), this.privConversation.sendTextMessageAsync(d, v, f);
7648        } catch (m) {
7649          this.handleError(m, f);
7650        }
7651      }
7652      /**
7653       * Start speaking
7654       * @param cb
7655       * @param err
7656       */
7657      startTranscribingAsync(d, v) {
7658        (0, s.marshalPromiseToCallbacks)((async () => {
7659          try {
7660            p.Contracts.throwIfNullOrUndefined(this.privConversation, this.privErrors.permissionDeniedSend), p.Contracts.throwIfNullOrUndefined(this.privConversation.room.token, this.privErrors.permissionDeniedConnect), this.privCTRecognizer === void 0 && await this.connectTranslatorRecognizer(), p.Contracts.throwIfNullOrUndefined(this.privCTRecognizer, this.privErrors.permissionDeniedSend), this.canSpeak || this.handleError(new Error(this.privErrors.permissionDeniedSend), v), await this.startContinuousRecognition(), this.privIsSpeaking = !0;
7661          } catch (f) {
7662            throw this.privIsSpeaking = !1, await this.cancelSpeech(), f;
7663          }
7664        })(), d, v);
7665      }
7666      /**
7667       * Stop speaking
7668       * @param cb
7669       * @param err
7670       */
7671      stopTranscribingAsync(d, v) {
7672        (0, s.marshalPromiseToCallbacks)((async () => {
7673          try {
7674            if (!this.privIsSpeaking) {
7675              await this.cancelSpeech();
7676              return;
7677            }
7678            this.privIsSpeaking = !1, await new Promise((f, m) => {
7679              this.privCTRecognizer.stopContinuousRecognitionAsync(f, m);
7680            });
7681          } catch {
7682            await this.cancelSpeech();
7683          }
7684        })(), d, v);
7685      }
7686      isDisposed() {
7687        return this.privIsDisposed;
7688      }
7689      dispose(d, v, f) {
7690        (0, s.marshalPromiseToCallbacks)((async () => {
7691          this.isDisposed && !this.privIsSpeaking || (await this.cancelSpeech(), this.privIsDisposed = !0, this.privSpeechTranslationConfig.close(), this.privSpeechRecognitionLanguage = void 0, this.privProperties = void 0, this.privAudioConfig = void 0, this.privSpeechTranslationConfig = void 0, this.privConversation.dispose(), this.privConversation = void 0);
7692        })(), v, f);
7693      }
7694      /**
7695       * Cancel the speech websocket
7696       */
7697      async cancelSpeech() {
7698        var d;
7699        try {
7700          this.privIsSpeaking = !1, await ((d = this.privCTRecognizer) == null ? void 0 : d.onCancelSpeech()), this.privCTRecognizer = void 0;
7701        } catch {
7702        }
7703      }
7704      /**
7705       * Connect to the speech translation recognizer.
7706       * Currently there is no language validation performed before sending the SpeechLanguage code to the service.

7707       * If it's an invalid language the raw error will be: 'Error during WebSocket handshake: Unexpected response code: 400'
7708       * e.g. pass in 'fr' instead of 'fr-FR', or a text-only language 'cy'
7709       */
7710      async connectTranslatorRecognizer() {
7711        try {
7712          this.privAudioConfig === void 0 && (this.privAudioConfig = a.AudioConfig.fromDefaultMicrophoneInput()), this.privSpeechTranslationConfig.getProperty(a.PropertyId[a.PropertyId.SpeechServiceConnection_Key]) === this.privPlaceholderKey && this.privSpeechTranslationConfig.setProperty(a.PropertyId[a.PropertyId.SpeechServiceConnection_Key], "");
7713          const d = () => this.privConversation;
7714          this.privCTRecognizer = new c(this.privSpeechTranslationConfig, this.privAudioConfig, this, d);
7715        } catch (d) {
7716          throw await this.cancelSpeech(), d;
7717        }
7718      }
7719      /**
7720       * Handle the start speaking request
7721       */
7722      startContinuousRecognition() {
7723        return new Promise((d, v) => {
7724          this.privCTRecognizer.startContinuousRecognitionAsync(d, v);
7725        });
7726      }
7727    }
7728    t.ConversationTranslator = u;
7729  }(yn)), yn;
7730}
7731var jt = {}, co;
7732function Sv() {
7733  if (co) return jt;
7734  co = 1, Object.defineProperty(jt, "__esModule", { value: !0 }), jt.ConversationTranscriber = void 0;
7735  const t = A(), e = ae, r = I(), s = O, p = R();
7736  let a = class vc extends p.Recognizer {
7737    /**
7738     * ConversationTranscriber constructor.
7739     * @constructor
7740     * @param {SpeechConfig} speechConfig - an set of initial properties for this recognizer
7741     * @param {AudioConfig} audioConfig - An optional audio configuration associated with the recognizer
7742     */
7743    constructor(i, o) {
7744      const c = i;
7745      s.Contracts.throwIfNull(c, "speechConfig"), s.Contracts.throwIfNullOrWhitespace(c.properties.getProperty(p.PropertyId.SpeechServiceConnection_RecoLanguage), p.PropertyId[p.PropertyId.SpeechServiceConnection_RecoLanguage]), super(o, c.properties, new t.ConversationTranscriberConnectionFactory(), i.tokenCredential), this.privProperties.setProperty(p.PropertyId.SpeechServiceConnection_RecognitionEndpointVersion, "2"), this.privDisposedRecognizer = !1;
7746    }
7747    /**
7748     * ConversationTranscriber constructor.
7749     * @constructor
7750     * @param {SpeechConfig} speechConfig - an set of initial properties for this recognizer
7751     * @param {AutoDetectSourceLanguageConfig} autoDetectSourceLanguageConfig - An source language detection configuration associated with the recognizer
7752     * @param {AudioConfig} audioConfig - An optional audio configuration associated with the recognizer
7753     */
7754    static FromConfig(i, o, c) {
7755      const u = i;
7756      return o.properties.mergeTo(u.properties), new vc(i, c);
7757    }
7758    /**
7759     * Gets the endpoint id of a customized speech model that is used for transcription.
7760     * @member ConversationTranscriber.prototype.endpointId
7761     * @function
7762     * @public
7763     * @returns {string} the endpoint id of a customized speech model that is used for speech recognition.
7764     */
7765    get endpointId() {
7766      return s.Contracts.throwIfDisposed(this.privDisposedRecognizer), this.properties.getProperty(p.PropertyId.SpeechServiceConnection_EndpointId, "00000000-0000-0000-0000-000000000000");
7767    }
7768    /**
7769     * Gets the authorization token used to communicate with the service.
7770     * @member ConversationTranscriber.prototype.authorizationToken
7771     * @function
7772     * @public
7773     * @returns {string} Authorization token.
7774     */
7775    get authorizationToken() {
7776      return this.properties.getProperty(p.PropertyId.SpeechServiceAuthorization_Token);
7777    }
7778    /**
7779     * Gets/Sets the authorization token used to communicate with the service.
7780     * @member ConversationTranscriber.prototype.authorizationToken
7781     * @function
7782     * @public
7783     * @param {string} token - Authorization token.
7784     */
7785    set authorizationToken(i) {
7786      s.Contracts.throwIfNullOrWhitespace(i, "token"), this.properties.setProperty(p.PropertyId.SpeechServiceAuthorization_Token, i);
7787    }
7788    /**
7789     * Gets the spoken language of transcription.
7790     * @member ConversationTranscriber.prototype.speechRecognitionLanguage
7791     * @function
7792     * @public
7793     * @returns {string} The spoken language of transcription.
7794     */
7795    get speechRecognitionLanguage() {
7796      return s.Contracts.throwIfDisposed(this.privDisposedRecognizer), this.properties.getProperty(p.PropertyId.SpeechServiceConnection_RecoLanguage);
7797    }
7798    /**
7799     * Gets the output format of transcription.
7800     * @member ConversationTranscriber.prototype.outputFormat
7801     * @function
7802     * @public
7803     * @returns {OutputFormat} The output format of transcription.
7804     */
7805    get outputFormat() {
7806      return s.Contracts.throwIfDisposed(this.privDisposedRecognizer), this.properties.getProperty(t.OutputFormatPropertyName, p.OutputFormat[p.OutputFormat.Simple]) === p.OutputFormat[p.OutputFormat.Simple] ? p.OutputFormat.Simple : p.OutputFormat.Detailed;
7807    }
7808    /**
7809     * The collection of properties and their values defined for this conversation transcriber.
7810     * @member ConversationTranscriber.prototype.properties
7811     * @function
7812     * @public
7813     * @returns {PropertyCollection} The collection of properties and their values defined for this SpeechRecognizer.
7814     */
7815    get properties() {
7816      return this.privProperties;
7817    }
7818    /**
7819     * Starts conversation transcription, until stopTranscribingAsync() is called.
7820     * User must subscribe to events to receive transcription results.
7821     * @member ConversationTranscriber.prototype.startTranscribingAsync
7822     * @function
7823     * @public
7824     * @param cb - Callback invoked once the transcription has started.
7825     * @param err - Callback invoked in case of an error.
7826     */
7827    startTranscribingAsync(i, o) {
7828      (0, r.marshalPromiseToCallbacks)(this.startContinuousRecognitionAsyncImpl(e.RecognitionMode.Conversation), i, o);
7829    }
7830    /**
7831     * Stops conversation transcription.
7832     * @member ConversationTranscriber.prototype.stopTranscribingAsync
7833     * @function
7834     * @public
7835     * @param cb - Callback invoked once the transcription has stopped.
7836     * @param err - Callback invoked in case of an error.
7837     */
7838    stopTranscribingAsync(i, o) {
7839      (0, r.marshalPromiseToCallbacks)(this.stopContinuousRecognitionAsyncImpl(), i, o);
7840    }
7841    /**
7842     * closes all external resources held by an instance of this class.
7843     * @member ConversationTranscriber.prototype.close
7844     * @function
7845     * @public
7846     */
7847    close(i, o) {
7848      s.Contracts.throwIfDisposed(this.privDisposedRecognizer), (0, r.marshalPromiseToCallbacks)(this.dispose(!0), i, o);
7849    }
7850    /**

7851     * Disposes any resources held by the object.
7852     * @member SpeechRecognizer.prototype.dispose
7853     * @function
7854     * @public
7855     * @param {boolean} disposing - true if disposing the object.
7856     */
7857    async dispose(i) {
7858      this.privDisposedRecognizer || (i && (this.privDisposedRecognizer = !0, await this.implRecognizerStop()), await super.dispose(i));
7859    }
7860    createRecognizerConfig(i) {
7861      return new t.RecognizerConfig(i, this.privProperties);
7862    }
7863    createServiceRecognizer(i, o, c, u) {
7864      const h = c;
7865      return u.isSpeakerDiarizationEnabled = !0, new t.ConversationTranscriptionServiceRecognizer(i, o, h, u, this);
7866    }
7867  };
7868  return jt.ConversationTranscriber = a, jt;
7869}
7870var De = {}, po;
7871function Cv() {
7872  if (po) return De;
7873  po = 1, Object.defineProperty(De, "__esModule", { value: !0 }), De.Participant = De.User = void 0;
7874  const t = R();
7875  class e {
7876    constructor(p) {
7877      this.privUserId = p;
7878    }
7879    get userId() {
7880      return this.privUserId;
7881    }
7882  }
7883  De.User = e;
7884  class r {
7885    constructor(p, a, n, i, o, c, u, h) {
7886      this.privId = p, this.privAvatar = a, this.privDisplayName = n, this.privIsHost = i, this.privIsMuted = o, this.privIsUsingTts = c, this.privPreferredLanguage = u, this.privVoice = h, this.privProperties = new t.PropertyCollection();
7887    }
7888    get avatar() {
7889      return this.privAvatar;
7890    }
7891    get displayName() {
7892      return this.privDisplayName;
7893    }
7894    get id() {
7895      return this.privId;
7896    }
7897    get preferredLanguage() {
7898      return this.privPreferredLanguage;
7899    }
7900    get isHost() {
7901      return this.privIsHost;
7902    }
7903    get isMuted() {
7904      return this.privIsMuted;
7905    }
7906    get isUsingTts() {
7907      return this.privIsUsingTts;
7908    }
7909    get voice() {
7910      return this.privVoice;
7911    }
7912    get properties() {
7913      return this.privProperties;
7914    }
7915    static From(p, a, n) {
7916      return new r(p, "", p, !1, !1, !1, a, n);
7917    }
7918  }
7919  return De.Participant = r, De;
7920}
7921var lc = {};
7922(function(t) {
7923  Object.defineProperty(t, "__esModule", { value: !0 }), t.ParticipantChangedReason = void 0, function(e) {
7924    e[e.JoinedConversation = 0] = "JoinedConversation", e[e.LeftConversation = 1] = "LeftConversation", e[e.Updated = 2] = "Updated";
7925  }(t.ParticipantChangedReason || (t.ParticipantChangedReason = {}));
7926})(lc);
7927var ke = {}, uo;
7928function yv() {
7929  if (uo) return ke;
7930  uo = 1, Object.defineProperty(ke, "__esModule", { value: !0 }), ke.MeetingImpl = ke.Meeting = void 0;
7931  const t = A(), e = I(), r = O, s = R();
7932  let p = class {
7933    constructor() {
7934    }
7935    /**
7936     * Create a meeting
7937     * @param speechConfig
7938     * @param meetingId
7939     * @param cb
7940     * @param err
7941     */
7942    static createMeetingAsync(i, o, c, u) {
7943      if (r.Contracts.throwIfNullOrUndefined(i, t.ConversationConnectionConfig.restErrors.invalidArgs.replace("{arg}", "config")), r.Contracts.throwIfNullOrUndefined(i.region, t.ConversationConnectionConfig.restErrors.invalidArgs.replace("{arg}", "SpeechServiceConnection_Region")), r.Contracts.throwIfNull(o, "meetingId"), o.length === 0)
7944        throw new Error("meetingId cannot be empty");
7945      !i.subscriptionKey && !i.getProperty(s.PropertyId[s.PropertyId.SpeechServiceAuthorization_Token]) && r.Contracts.throwIfNullOrUndefined(i.subscriptionKey, t.ConversationConnectionConfig.restErrors.invalidArgs.replace("{arg}", "SpeechServiceConnection_Key"));
7946      const h = new a(i, o);
7947      return (0, e.marshalPromiseToCallbacks)((async () => {
7948      })(), c, u), h;
7949    }
7950  };
7951  ke.Meeting = p;
7952  class a extends p {
7953    /**
7954     * Create a Meeting impl
7955     * @param speechConfig
7956     * @param {string} id - optional conversationId
7957     */
7958    constructor(i, o) {
7959      super(), this.privErrors = t.ConversationConnectionConfig.restErrors, this.onConnected = (h) => {
7960        var d;
7961        this.privIsConnected = !0;
7962        try {
7963          (d = this.privConversationTranslator) != null && d.sessionStarted && this.privConversationTranslator.sessionStarted(this.privConversationTranslator, h);
7964        } catch {
7965        }
7966      }, this.onDisconnected = (h) => {
7967        var d;
7968        try {
7969          (d = this.privConversationTranslator) != null && d.sessionStopped && this.privConversationTranslator.sessionStopped(this.privConversationTranslator, h);
7970        } catch {
7971        } finally {
7972          this.close(!1);
7973        }
7974      }, this.onCanceled = (h, d) => {
7975        var v;
7976        try {
7977          (v = this.privConversationTranslator) != null && v.canceled && this.privConversationTranslator.canceled(this.privConversationTranslator, d);
7978        } catch {
7979        }
7980      }, this.onParticipantUpdateCommandReceived = (h, d) => {
7981        try {
7982          const v = this.privParticipants.getParticipant(d.id);
7983          if (v !== void 0) {
7984            switch (d.key) {
7985              case t.ConversationTranslatorCommandTypes.changeNickname:
7986                v.displayName = d.value;
7987                break;
7988              case t.ConversationTranslatorCommandTypes.setUseTTS:
7989                v.isUsingTts = d.value;
7990                break;
7991              case t.ConversationTranslatorCommandTypes.setProfanityFiltering:
7992                v.profanity = d.value;
7993                break;
7994              case t.ConversationTranslatorCommandTypes.setMute:
7995                v.isMuted = d.value;
7996                break;
7997              case t.ConversationTranslatorCommandTypes.setTranslateToLanguages:
7998                v.translateToLanguages = d.value;
7999                break;
8000            }
8001            this.privParticipants.addOrUpdateParticipant(v), this.privConversationTranslator && this.privConversationTranslator.participantsChanged(this.privConversationTranslator, new s.ConversationParticipantsChangedEventArgs(s.ParticipantChangedReason.Updated, [this.toParticipant(v)], d.sessionId));
8002          }
8003        } catch {
8004        }
8005      }, this.onLockRoomCommandReceived = () => {
8006      }, this.onMuteAllCommandReceived = (h, d) => {
8007        try {

8008          this.privParticipants.participants.forEach((v) => v.isMuted = v.isHost ? !1 : d.isMuted), this.privConversationTranslator && this.privConversationTranslator.participantsChanged(this.privConversationTranslator, new s.ConversationParticipantsChangedEventArgs(s.ParticipantChangedReason.Updated, this.toParticipants(!1), d.sessionId));
8009        } catch {
8010        }
8011      }, this.onParticipantJoinCommandReceived = (h, d) => {
8012        try {
8013          const v = this.privParticipants.addOrUpdateParticipant(d.participant);
8014          v !== void 0 && this.privConversationTranslator && this.privConversationTranslator.participantsChanged(this.privConversationTranslator, new s.ConversationParticipantsChangedEventArgs(s.ParticipantChangedReason.JoinedConversation, [this.toParticipant(v)], d.sessionId));
8015        } catch {
8016        }
8017      }, this.onParticipantLeaveCommandReceived = (h, d) => {
8018        try {
8019          const v = this.privParticipants.getParticipant(d.participant.id);
8020          v !== void 0 && (this.privParticipants.deleteParticipant(d.participant.id), this.privConversationTranslator && this.privConversationTranslator.participantsChanged(this.privConversationTranslator, new s.ConversationParticipantsChangedEventArgs(s.ParticipantChangedReason.LeftConversation, [this.toParticipant(v)], d.sessionId)));
8021        } catch {
8022        }
8023      }, this.onTranslationReceived = (h, d) => {
8024        try {
8025          switch (d.command) {
8026            case t.ConversationTranslatorMessageTypes.final:
8027              this.privConversationTranslator && this.privConversationTranslator.transcribed(this.privConversationTranslator, new s.ConversationTranslationEventArgs(d.payload, void 0, d.sessionId));
8028              break;
8029            case t.ConversationTranslatorMessageTypes.partial:
8030              this.privConversationTranslator && this.privConversationTranslator.transcribing(this.privConversationTranslator, new s.ConversationTranslationEventArgs(d.payload, void 0, d.sessionId));
8031              break;
8032            case t.ConversationTranslatorMessageTypes.instantMessage:
8033              this.privConversationTranslator && this.privConversationTranslator.textMessageReceived(this.privConversationTranslator, new s.ConversationTranslationEventArgs(d.payload, void 0, d.sessionId));
8034              break;
8035          }
8036        } catch {
8037        }
8038      }, this.onParticipantsListReceived = (h, d) => {
8039        var v;
8040        try {
8041          if (d.sessionToken !== void 0 && d.sessionToken !== null && (this.privRoom.token = d.sessionToken), this.privParticipants.participants = [...d.participants], this.privParticipants.me !== void 0 && (this.privIsReady = !0), this.privConversationTranslator && this.privConversationTranslator.participantsChanged(this.privConversationTranslator, new s.ConversationParticipantsChangedEventArgs(s.ParticipantChangedReason.JoinedConversation, this.toParticipants(!0), d.sessionId)), this.me.isHost) {
8042            const f = (v = this.privConversationTranslator) == null ? void 0 : v.properties.getProperty(s.PropertyId.ConversationTranslator_Name);
8043            f !== void 0 && f.length > 0 && f !== this.me.displayName && this.changeNicknameAsync(f);
8044          }
8045        } catch {
8046        }
8047      }, this.onConversationExpiration = (h, d) => {
8048        try {
8049          this.privConversationTranslator && this.privConversationTranslator.conversationExpiration(this.privConversationTranslator, d);
8050        } catch {
8051        }
8052      }, this.privIsConnected = !1, this.privIsDisposed = !1, this.privConversationId = "", this.privProperties = new s.PropertyCollection(), this.privManager = new t.ConversationManager(), i.getProperty(s.PropertyId[s.PropertyId.SpeechServiceConnection_RecoLanguage]) || i.setProperty(s.PropertyId[s.PropertyId.SpeechServiceConnection_RecoLanguage], t.ConversationConnectionConfig.defaultLanguageCode), this.privLanguage = i.getProperty(s.PropertyId[s.PropertyId.SpeechServiceConnection_RecoLanguage]), this.privConversationId = o, this.privConfig = i;
8053      const u = i;
8054      r.Contracts.throwIfNull(u, "speechConfig"), this.privProperties = u.properties.clone(), this.privIsConnected = !1, this.privParticipants = new t.InternalParticipants(), this.privIsReady = !1, this.privTextMessageMaxLength = 1e3;
8055    }
8056    // get the internal data about a conversation
8057    get room() {
8058      return this.privRoom;
8059    }
8060    // get the wrapper for connecting to the websockets
8061    get connection() {
8062      return this.privConversationRecognizer;
8063    }
8064    // get the config
8065    get config() {
8066      return this.privConfig;
8067    }
8068    // get the meeting Id
8069    get meetingId() {
8070      return this.privRoom ? this.privRoom.roomId : this.privConversationId;
8071    }
8072    // get the properties
8073    get properties() {
8074      return this.privProperties;
8075    }
8076    // get the speech language
8077    get speechRecognitionLanguage() {
8078      return this.privLanguage;
8079    }
8080    get isMutedByHost() {
8081      var i, o;
8082      return (i = this.privParticipants.me) != null && i.isHost ? !1 : (o = this.privParticipants.me) == null ? void 0 : o.isMuted;
8083    }
8084    get isConnected() {
8085      return this.privIsConnected && this.privIsReady;
8086    }
8087    get participants() {
8088      return this.toParticipants(!0);
8089    }
8090    get me() {
8091      return this.toParticipant(this.privParticipants.me);
8092    }
8093    get host() {
8094      return this.toParticipant(this.privParticipants.host);
8095    }
8096    get transcriberRecognizer() {
8097      return this.privTranscriberRecognizer;
8098    }
8099    get meetingInfo() {
8100      const i = this.meetingId, o = this.participants.map((h) => ({
8101        id: h.id,
8102        preferredLanguage: h.preferredLanguage,
8103        voice: h.voice
8104      })), c = {};
8105      for (const h of t.ConversationConnectionConfig.transcriptionEventKeys) {
8106        const d = this.properties.getProperty(h, "");
8107        d !== "" && (c[h] = d);
8108      }
8109      return { id: i, participants: o, meetingProperties: c };
8110    }
8111    get canSend() {
8112      var i;
8113      return this.privIsConnected && !((i = this.privParticipants.me) != null && i.isMuted);
8114    }
8115    get canSendAsHost() {
8116      var i;
8117      return this.privIsConnected && ((i = this.privParticipants.me) == null ? void 0 : i.isHost);
8118    }
8119    // get / set the speech auth token
8120    // eslint-disable-next-line @typescript-eslint/member-ordering
8121    get authorizationToken() {
8122      return this.privToken;
8123    }
8124    set authorizationToken(i) {
8125      r.Contracts.throwIfNullOrWhitespace(i, "authorizationToken"), this.privToken = i;
8126    }
8127    /**
8128     * Create a new meeting as Host
8129     * @param cb
8130     * @param err
8131     */
8132    createMeetingAsync(i, o) {

8133      try {
8134        this.privConversationRecognizer && this.handleError(new Error(this.privErrors.permissionDeniedStart), o), this.privManager.createOrJoin(this.privProperties, void 0, (c) => {
8135          c || this.handleError(new Error(this.privErrors.permissionDeniedConnect), o), this.privRoom = c, this.handleCallback(i, o);
8136        }, (c) => {
8137          this.handleError(c, o);
8138        });
8139      } catch (c) {
8140        this.handleError(c, o);
8141      }
8142    }
8143    /**
8144     * Starts a new meeting as host.
8145     * @param cb
8146     * @param err
8147     */
8148    startMeetingAsync(i, o) {
8149      try {
8150        this.privConversationRecognizer && this.handleError(new Error(this.privErrors.permissionDeniedStart), o), r.Contracts.throwIfNullOrUndefined(this.privRoom, this.privErrors.permissionDeniedConnect), this.privParticipants.meId = this.privRoom.participantId, this.privConversationRecognizer.connected = this.onConnected, this.privConversationRecognizer.disconnected = this.onDisconnected, this.privConversationRecognizer.canceled = this.onCanceled, this.privConversationRecognizer.participantUpdateCommandReceived = this.onParticipantUpdateCommandReceived, this.privConversationRecognizer.lockRoomCommandReceived = this.onLockRoomCommandReceived, this.privConversationRecognizer.muteAllCommandReceived = this.onMuteAllCommandReceived, this.privConversationRecognizer.participantJoinCommandReceived = this.onParticipantJoinCommandReceived, this.privConversationRecognizer.participantLeaveCommandReceived = this.onParticipantLeaveCommandReceived, this.privConversationRecognizer.translationReceived = this.onTranslationReceived, this.privConversationRecognizer.participantsListReceived = this.onParticipantsListReceived, this.privConversationRecognizer.conversationExpiration = this.onConversationExpiration, this.privConversationRecognizer.connect(this.privRoom.token, () => {
8151          this.handleCallback(i, o);
8152        }, (c) => {
8153          this.handleError(c, o);
8154        });
8155      } catch (c) {
8156        this.handleError(c, o);
8157      }
8158    }
8159    /**
8160     * Join a meeting as a participant.
8161     * @param { IParticipant } participant - participant to add
8162     * @param cb
8163     * @param err
8164     */
8165    addParticipantAsync(i, o, c) {
8166      r.Contracts.throwIfNullOrUndefined(i, "Participant"), (0, e.marshalPromiseToCallbacks)(this.addParticipantImplAsync(i), o, c);
8167    }
8168    /**
8169     * Join a meeting as a participant.
8170     * @param meeting
8171     * @param nickname
8172     * @param lang
8173     * @param cb
8174     * @param err
8175     */
8176    joinMeetingAsync(i, o, c, u, h) {
8177      try {
8178        r.Contracts.throwIfNullOrWhitespace(i, this.privErrors.invalidArgs.replace("{arg}", "conversationId")), r.Contracts.throwIfNullOrWhitespace(o, this.privErrors.invalidArgs.replace("{arg}", "nickname")), r.Contracts.throwIfNullOrWhitespace(c, this.privErrors.invalidArgs.replace("{arg}", "language")), this.privManager.createOrJoin(this.privProperties, i, (d) => {
8179          r.Contracts.throwIfNullOrUndefined(d, this.privErrors.permissionDeniedConnect), this.privRoom = d, this.privConfig.authorizationToken = d.cognitiveSpeechAuthToken, u && u(d.cognitiveSpeechAuthToken);
8180        }, (d) => {
8181          this.handleError(d, h);
8182        });
8183      } catch (d) {
8184        this.handleError(d, h);
8185      }
8186    }
8187    /**
8188     * Deletes a meeting
8189     * @param cb
8190     * @param err
8191     */
8192    deleteMeetingAsync(i, o) {
8193      (0, e.marshalPromiseToCallbacks)(this.deleteMeetingImplAsync(), i, o);
8194    }
8195    async deleteMeetingImplAsync() {
8196      r.Contracts.throwIfNullOrUndefined(this.privProperties, this.privErrors.permissionDeniedConnect), r.Contracts.throwIfNullOrWhitespace(this.privRoom.token, this.privErrors.permissionDeniedConnect), await this.privManager.leave(this.privProperties, this.privRoom.token), this.dispose();
8197    }
8198    /**
8199     * Issues a request to close the client websockets
8200     * @param cb
8201     * @param err
8202     */
8203    endMeetingAsync(i, o) {
8204      (0, e.marshalPromiseToCallbacks)(this.endMeetingImplAsync(), i, o);
8205    }
8206    endMeetingImplAsync() {
8207      return this.close(!0);
8208    }
8209    /**
8210     * Issues a request to lock the conversation
8211     * @param cb
8212     * @param err
8213     */
8214    lockMeetingAsync(i, o) {

8215      try {
8216        r.Contracts.throwIfDisposed(this.privIsDisposed), r.Contracts.throwIfDisposed(this.privConversationRecognizer.isDisposed()), r.Contracts.throwIfNullOrUndefined(this.privRoom, this.privErrors.permissionDeniedSend), this.canSendAsHost || this.handleError(new Error(this.privErrors.permissionDeniedConversation.replace("{command}", "lock")), o), this.privConversationRecognizer && this.privConversationRecognizer.sendRequest(this.getLockCommand(!0), () => {
8217          this.handleCallback(i, o);
8218        }, (c) => {
8219          this.handleError(c, o);
8220        });
8221      } catch (c) {
8222        this.handleError(c, o);
8223      }
8224    }
8225    /**
8226     * Issues a request to mute the meeting
8227     * @param cb
8228     * @param err
8229     */
8230    muteAllParticipantsAsync(i, o) {
8231      try {
8232        r.Contracts.throwIfDisposed(this.privIsDisposed), r.Contracts.throwIfDisposed(this.privConversationRecognizer.isDisposed()), r.Contracts.throwIfNullOrUndefined(this.privConversationRecognizer, this.privErrors.permissionDeniedSend), r.Contracts.throwIfNullOrUndefined(this.privRoom, this.privErrors.permissionDeniedSend), this.canSendAsHost || this.handleError(new Error(this.privErrors.permissionDeniedConversation.replace("{command}", "mute")), o), this.privConversationRecognizer && this.privConversationRecognizer.sendRequest(this.getMuteAllCommand(!0), () => {
8233          this.handleCallback(i, o);
8234        }, (c) => {
8235          this.handleError(c, o);
8236        });
8237      } catch (c) {
8238        this.handleError(c, o);
8239      }
8240    }
8241    /**
8242     * Issues a request to mute a participant in the meeting
8243     * @param userId
8244     * @param cb
8245     * @param err
8246     */
8247    muteParticipantAsync(i, o, c) {
8248      try {
8249        r.Contracts.throwIfDisposed(this.privIsDisposed), r.Contracts.throwIfDisposed(this.privConversationRecognizer.isDisposed()), r.Contracts.throwIfNullOrWhitespace(i, this.privErrors.invalidArgs.replace("{arg}", "userId")), r.Contracts.throwIfNullOrUndefined(this.privRoom, this.privErrors.permissionDeniedSend), this.canSend || this.handleError(new Error(this.privErrors.permissionDeniedSend), c), !this.me.isHost && this.me.id !== i && this.handleError(new Error(this.privErrors.permissionDeniedParticipant.replace("{command}", "mute")), c), this.privParticipants.getParticipantIndex(i) === -1 && this.handleError(new Error(this.privErrors.invalidParticipantRequest), c), this.privConversationRecognizer && this.privConversationRecognizer.sendRequest(this.getMuteCommand(i, !0), () => {
8250          this.handleCallback(o, c);
8251        }, (h) => {
8252          this.handleError(h, c);
8253        });
8254      } catch (u) {
8255        this.handleError(u, c);
8256      }
8257    }
8258    /**
8259     * Issues a request to remove a participant from the conversation
8260     * @param userId
8261     * @param cb
8262     * @param err
8263     */
8264    removeParticipantAsync(i, o, c) {
8265      try {
8266        if (r.Contracts.throwIfDisposed(this.privIsDisposed), this.privTranscriberRecognizer && i.hasOwnProperty("id"))
8267          (0, e.marshalPromiseToCallbacks)(this.removeParticipantImplAsync(i), o, c);
8268        else {
8269          r.Contracts.throwIfDisposed(this.privConversationRecognizer.isDisposed()), r.Contracts.throwIfNullOrUndefined(this.privRoom, this.privErrors.permissionDeniedSend), this.canSendAsHost || this.handleError(new Error(this.privErrors.permissionDeniedParticipant.replace("{command}", "remove")), c);
8270          let u = "";
8271          typeof i == "string" ? u = i : i.hasOwnProperty("id") ? u = i.id : i.hasOwnProperty("userId") && (u = i.userId), r.Contracts.throwIfNullOrWhitespace(u, this.privErrors.invalidArgs.replace("{arg}", "userId")), this.participants.findIndex((d) => d.id === u) === -1 && this.handleError(new Error(this.privErrors.invalidParticipantRequest), c), this.privConversationRecognizer && this.privConversationRecognizer.sendRequest(this.getEjectCommand(u), () => {
8272            this.handleCallback(o, c);
8273          }, (d) => {
8274            this.handleError(d, c);
8275          });
8276        }
8277      } catch (u) {
8278        this.handleError(u, c);
8279      }
8280    }
8281    /**
8282     * Issues a request to unlock the meeting
8283     * @param cb
8284     * @param err
8285     */
8286    unlockMeetingAsync(i, o) {

8287      try {
8288        r.Contracts.throwIfDisposed(this.privIsDisposed), r.Contracts.throwIfDisposed(this.privConversationRecognizer.isDisposed()), r.Contracts.throwIfNullOrUndefined(this.privRoom, this.privErrors.permissionDeniedSend), this.canSendAsHost || this.handleError(new Error(this.privErrors.permissionDeniedConversation.replace("{command}", "unlock")), o), this.privConversationRecognizer && this.privConversationRecognizer.sendRequest(this.getLockCommand(!1), () => {
8289          this.handleCallback(i, o);
8290        }, (c) => {
8291          this.handleError(c, o);
8292        });
8293      } catch (c) {
8294        this.handleError(c, o);
8295      }
8296    }
8297    /**
8298     * Issues a request to unmute all participants in the meeting
8299     * @param cb
8300     * @param err
8301     */
8302    unmuteAllParticipantsAsync(i, o) {
8303      try {
8304        r.Contracts.throwIfDisposed(this.privIsDisposed), r.Contracts.throwIfDisposed(this.privConversationRecognizer.isDisposed()), r.Contracts.throwIfNullOrUndefined(this.privRoom, this.privErrors.permissionDeniedSend), this.canSendAsHost || this.handleError(new Error(this.privErrors.permissionDeniedConversation.replace("{command}", "unmute all")), o), this.privConversationRecognizer && this.privConversationRecognizer.sendRequest(this.getMuteAllCommand(!1), () => {
8305          this.handleCallback(i, o);
8306        }, (c) => {
8307          this.handleError(c, o);
8308        });
8309      } catch (c) {
8310        this.handleError(c, o);
8311      }
8312    }
8313    /**
8314     * Issues a request to unmute a participant in the meeting
8315     * @param userId
8316     * @param cb
8317     * @param err
8318     */
8319    unmuteParticipantAsync(i, o, c) {
8320      try {
8321        r.Contracts.throwIfDisposed(this.privIsDisposed), r.Contracts.throwIfDisposed(this.privConversationRecognizer.isDisposed()), r.Contracts.throwIfNullOrWhitespace(i, this.privErrors.invalidArgs.replace("{arg}", "userId")), r.Contracts.throwIfNullOrUndefined(this.privRoom, this.privErrors.permissionDeniedSend), this.canSend || this.handleError(new Error(this.privErrors.permissionDeniedSend), c), !this.me.isHost && this.me.id !== i && this.handleError(new Error(this.privErrors.permissionDeniedParticipant.replace("{command}", "mute")), c), this.privParticipants.getParticipantIndex(i) === -1 && this.handleError(new Error(this.privErrors.invalidParticipantRequest), c), this.privConversationRecognizer && this.privConversationRecognizer.sendRequest(this.getMuteCommand(i, !1), () => {
8322          this.handleCallback(o, c);
8323        }, (h) => {
8324          this.handleError(h, c);
8325        });
8326      } catch (u) {
8327        this.handleError(u, c);
8328      }
8329    }
8330    /**
8331     * Send a text message
8332     * @param message
8333     * @param cb
8334     * @param err
8335     */
8336    sendTextMessageAsync(i, o, c) {
8337      try {
8338        r.Contracts.throwIfDisposed(this.privIsDisposed), r.Contracts.throwIfDisposed(this.privConversationRecognizer.isDisposed()), r.Contracts.throwIfNullOrWhitespace(i, this.privErrors.invalidArgs.replace("{arg}", "message")), r.Contracts.throwIfNullOrUndefined(this.privRoom, this.privErrors.permissionDeniedSend), this.canSend || this.handleError(new Error(this.privErrors.permissionDeniedSend), c), i.length > this.privTextMessageMaxLength && this.handleError(new Error(this.privErrors.invalidArgs.replace("{arg}", "message length")), c), this.privConversationRecognizer && this.privConversationRecognizer.sendRequest(this.getMessageCommand(i), () => {
8339          this.handleCallback(o, c);
8340        }, (u) => {
8341          this.handleError(u, c);
8342        });
8343      } catch (u) {
8344        this.handleError(u, c);
8345      }
8346    }
8347    /**
8348     * Set translated to languages
8349     * @param {string[]} languages - languages to translate to
8350     * @param cb
8351     * @param err
8352     */
8353    setTranslatedLanguagesAsync(i, o, c) {
8354      try {
8355        r.Contracts.throwIfDisposed(this.privIsDisposed), r.Contracts.throwIfDisposed(this.privConversationRecognizer.isDisposed()), r.Contracts.throwIfArrayEmptyOrWhitespace(i, this.privErrors.invalidArgs.replace("{arg}", "languages")), r.Contracts.throwIfNullOrUndefined(this.privRoom, this.privErrors.permissionDeniedSend), this.canSend || this.handleError(new Error(this.privErrors.permissionDeniedSend), c), this.privConversationRecognizer && this.privConversationRecognizer.sendRequest(this.getSetTranslateToLanguagesCommand(i), () => {
8356          this.handleCallback(o, c);
8357        }, (u) => {
8358          this.handleError(u, c);
8359        });
8360      } catch (u) {
8361        this.handleError(u, c);
8362      }
8363    }
8364    /**
8365     * Change nickname
8366     * @param {string} nickname - new nickname for the room
8367     * @param cb
8368     * @param err
8369     */
8370    changeNicknameAsync(i, o, c) {

8371      try {
8372        r.Contracts.throwIfDisposed(this.privIsDisposed), r.Contracts.throwIfDisposed(this.privConversationRecognizer.isDisposed()), r.Contracts.throwIfNullOrWhitespace(i, this.privErrors.invalidArgs.replace("{arg}", "nickname")), r.Contracts.throwIfNullOrUndefined(this.privRoom, this.privErrors.permissionDeniedSend), this.canSend || this.handleError(new Error(this.privErrors.permissionDeniedSend), c), this.privConversationRecognizer && this.privConversationRecognizer.sendRequest(this.getChangeNicknameCommand(i), () => {
8373          this.handleCallback(o, c);
8374        }, (u) => {
8375          this.handleError(u, c);
8376        });
8377      } catch (u) {
8378        this.handleError(u, c);
8379      }
8380    }
8381    isDisposed() {
8382      return this.privIsDisposed;
8383    }
8384    dispose() {
8385      this.isDisposed || (this.privIsDisposed = !0, this.config && this.config.close(), this.privConfig = void 0, this.privLanguage = void 0, this.privProperties = void 0, this.privRoom = void 0, this.privToken = void 0, this.privManager = void 0, this.privIsConnected = !1, this.privIsReady = !1, this.privParticipants = void 0);
8386    }
8387    async connectTranscriberRecognizer(i) {
8388      this.privTranscriberRecognizer && await this.privTranscriberRecognizer.close(), await i.enforceAudioGating(), this.privTranscriberRecognizer = i, this.privTranscriberRecognizer.meeting = this;
8389    }
8390    getKeepAlive() {
8391      const i = this.me ? this.me.displayName : "default_nickname";
8392      return JSON.stringify({
8393        id: "0",
8394        nickname: i,
8395        participantId: this.privRoom.participantId,
8396        roomId: this.privRoom.roomId,
8397        type: t.ConversationTranslatorMessageTypes.keepAlive
8398      });
8399    }
8400    /* eslint-enable @typescript-eslint/typedef */
8401    addParticipantImplAsync(i) {
8402      if (this.privParticipants.addOrUpdateParticipant(i) !== void 0 && this.privTranscriberRecognizer) {
8403        const c = this.meetingInfo;
8404        return c.participants = [i], this.privTranscriberRecognizer.pushMeetingEvent(c, "join");
8405      }
8406    }
8407    removeParticipantImplAsync(i) {
8408      this.privParticipants.deleteParticipant(i.id);
8409      const o = this.meetingInfo;
8410      return o.participants = [i], this.privTranscriberRecognizer.pushMeetingEvent(o, "leave");
8411    }
8412    async close(i) {
8413      var o;

8414      try {
8415        this.privIsConnected = !1, await ((o = this.privConversationRecognizer) == null ? void 0 : o.close()), this.privConversationRecognizer = void 0, this.privConversationTranslator && this.privConversationTranslator.dispose();
8416      } catch (c) {
8417        throw c;
8418      }
8419      i && this.dispose();
8420    }
8421    /** Helpers */
8422    handleCallback(i, o) {
8423      if (i) {
8424        try {
8425          i();
8426        } catch (c) {
8427          o && o(c);
8428        }
8429        i = void 0;
8430      }
8431    }
8432    handleError(i, o) {
8433      if (o)
8434        if (i instanceof Error) {
8435          const c = i;
8436          o(c.name + ": " + c.message);
8437        } else
8438          o(i);
8439    }
8440    /** Participant Helpers */
8441    toParticipants(i) {
8442      const o = this.privParticipants.participants.map((c) => this.toParticipant(c));
8443      return i ? o : o.filter((c) => c.isHost === !1);
8444    }
8445    toParticipant(i) {
8446      return new s.Participant(i.id, i.avatar, i.displayName, i.isHost, i.isMuted, i.isUsingTts, i.preferredLanguage, i.voice);
8447    }
8448    getMuteAllCommand(i) {
8449      return r.Contracts.throwIfNullOrWhitespace(this.privRoom.roomId, "meetingd"), r.Contracts.throwIfNullOrWhitespace(this.privRoom.participantId, "participantId"), JSON.stringify({
8450        command: t.ConversationTranslatorCommandTypes.setMuteAll,
8451        participantId: this.privRoom.participantId,
8452        roomid: this.privRoom.roomId,
8453        type: t.ConversationTranslatorMessageTypes.participantCommand,
8454        value: i
8455      });
8456    }
8457    getMuteCommand(i, o) {
8458      return r.Contracts.throwIfNullOrWhitespace(this.privRoom.roomId, "conversationId"), r.Contracts.throwIfNullOrWhitespace(i, "participantId"), JSON.stringify({
8459        command: t.ConversationTranslatorCommandTypes.setMute,
8460        // eslint-disable-next-line object-shorthand
8461        participantId: i,
8462        roomid: this.privRoom.roomId,
8463        type: t.ConversationTranslatorMessageTypes.participantCommand,
8464        value: o
8465      });
8466    }
8467    getLockCommand(i) {
8468      return r.Contracts.throwIfNullOrWhitespace(this.privRoom.roomId, "meetingId"), r.Contracts.throwIfNullOrWhitespace(this.privRoom.participantId, "participantId"), JSON.stringify({
8469        command: t.ConversationTranslatorCommandTypes.setLockState,
8470        participantId: this.privRoom.participantId,
8471        roomid: this.privRoom.roomId,
8472        type: t.ConversationTranslatorMessageTypes.participantCommand,
8473        value: i
8474      });
8475    }
8476    getEjectCommand(i) {
8477      return r.Contracts.throwIfNullOrWhitespace(this.privRoom.roomId, "meetingId"), r.Contracts.throwIfNullOrWhitespace(i, "participantId"), JSON.stringify({
8478        command: t.ConversationTranslatorCommandTypes.ejectParticipant,
8479        // eslint-disable-next-line object-shorthand
8480        participantId: i,
8481        roomid: this.privRoom.roomId,
8482        type: t.ConversationTranslatorMessageTypes.participantCommand
8483      });
8484    }
8485    getSetTranslateToLanguagesCommand(i) {
8486      return r.Contracts.throwIfNullOrWhitespace(this.privRoom.roomId, "meetingId"), r.Contracts.throwIfNullOrWhitespace(this.privRoom.participantId, "participantId"), JSON.stringify({
8487        command: t.ConversationTranslatorCommandTypes.setTranslateToLanguages,
8488        participantId: this.privRoom.participantId,
8489        roomid: this.privRoom.roomId,
8490        type: t.ConversationTranslatorMessageTypes.participantCommand,
8491        value: i
8492      });
8493    }
8494    getChangeNicknameCommand(i) {
8495      return r.Contracts.throwIfNullOrWhitespace(this.privRoom.roomId, "meetingId"), r.Contracts.throwIfNullOrWhitespace(i, "nickname"), r.Contracts.throwIfNullOrWhitespace(this.privRoom.participantId, "participantId"), JSON.stringify({
8496        command: t.ConversationTranslatorCommandTypes.changeNickname,
8497        nickname: i,
8498        participantId: this.privRoom.participantId,
8499        roomid: this.privRoom.roomId,
8500        type: t.ConversationTranslatorMessageTypes.participantCommand,
8501        value: i
8502      });
8503    }
8504    getMessageCommand(i) {
8505      return r.Contracts.throwIfNullOrWhitespace(this.privRoom.roomId, "meetingId"), r.Contracts.throwIfNullOrWhitespace(this.privRoom.participantId, "participantId"), r.Contracts.throwIfNullOrWhitespace(i, "message"), JSON.stringify({
8506        participantId: this.privRoom.participantId,
8507        roomId: this.privRoom.roomId,
8508        text: i,
8509        type: t.ConversationTranslatorMessageTypes.instantMessage
8510      });
8511    }
8512  }
8513  return ke.MeetingImpl = a, ke;
8514}
8515var Lt = {}, ho;
8516function Pv() {
8517  if (ho) return Lt;
8518  ho = 1, Object.defineProperty(Lt, "__esModule", { value: !0 }), Lt.MeetingTranscriptionCanceledEventArgs = void 0;
8519  const t = zr();
8520  class e extends t.CancellationEventArgsBase {
8521  }
8522  return Lt.MeetingTranscriptionCanceledEventArgs = e, Lt;
8523}
8524var Bt = {}, vo;
8525function Rv() {
8526  if (vo) return Bt;
8527  vo = 1, Object.defineProperty(Bt, "__esModule", { value: !0 }), Bt.MeetingTranscriber = void 0;

8528  const t = A(), e = I(), r = O, s = R(), p = Hn();
8529  let a = class {
8530    /**
8531     * MeetingTranscriber constructor.
8532     * @constructor
8533     * @param {AudioConfig} audioConfig - An optional audio configuration associated with the recognizer
8534     */
8535    constructor(i) {
8536      this.privAudioConfig = i, this.privProperties = new s.PropertyCollection(), this.privRecognizer = void 0, this.privDisposedRecognizer = !1;
8537    }
8538    /**
8539     * Gets the spoken language of recognition.
8540     * @member MeetingTranscriber.prototype.speechRecognitionLanguage
8541     * @function
8542     * @public
8543     * @returns {string} The spoken language of recognition.
8544     */
8545    get speechRecognitionLanguage() {
8546      return r.Contracts.throwIfDisposed(this.privDisposedRecognizer), this.properties.getProperty(s.PropertyId.SpeechServiceConnection_RecoLanguage);
8547    }
8548    /**
8549     * The collection of properties and their values defined for this MeetingTranscriber.
8550     * @member MeetingTranscriber.prototype.properties
8551     * @function
8552     * @public
8553     * @returns {PropertyCollection} The collection of properties and their values defined for this MeetingTranscriber.
8554     */
8555    get properties() {
8556      return this.privProperties;
8557    }
8558    /**
8559     * @Internal
8560     * Internal data member to support fromRecognizer* pattern methods on other classes.
8561     * Do not use externally, object returned will change without warning or notice.
8562     */
8563    get internalData() {
8564      return this.privRecognizer.internalData;
8565    }
8566    /**
8567     * @Deprecated
8568     * @Obsolete
8569     * Please use the Connection.fromRecognizer pattern to obtain a connection object
8570     */
8571    get connection() {
8572      return s.Connection.fromRecognizer(this.privRecognizer);
8573    }
8574    /**
8575     * Gets the authorization token used to communicate with the service.
8576     * @member MeetingTranscriber.prototype.authorizationToken
8577     * @function
8578     * @public
8579     * @returns {string} Authorization token.
8580     */
8581    get authorizationToken() {
8582      return this.properties.getProperty(s.PropertyId.SpeechServiceAuthorization_Token);
8583    }
8584    /**
8585     * Gets/Sets the authorization token used to communicate with the service.
8586     * @member MeetingTranscriber.prototype.authorizationToken
8587     * @function
8588     * @public
8589     * @param {string} token - Authorization token.
8590     */
8591    set authorizationToken(i) {
8592      r.Contracts.throwIfNullOrWhitespace(i, "token"), this.properties.setProperty(s.PropertyId.SpeechServiceAuthorization_Token, i);
8593    }
8594    /**
8595     * @param {Meeting} meeting - meeting to be recognized
8596     */
8597    joinMeetingAsync(i, o, c) {
8598      const u = i;
8599      r.Contracts.throwIfNullOrUndefined(p.MeetingImpl, "Meeting"), this.privRecognizer = new t.TranscriberRecognizer(i.config, this.privAudioConfig), r.Contracts.throwIfNullOrUndefined(this.privRecognizer, "Recognizer"), this.privRecognizer.connectMeetingCallbacks(this), (0, e.marshalPromiseToCallbacks)(u.connectTranscriberRecognizer(this.privRecognizer), o, c);
8600    }
8601    /**
8602     * Starts meeting transcription, until stopTranscribingAsync() is called.
8603     * User must subscribe to events to receive transcription results.
8604     * @member MeetingTranscriber.prototype.startTranscribingAsync
8605     * @function
8606     * @public
8607     * @param cb - Callback invoked once the transcription has started.
8608     * @param err - Callback invoked in case of an error.
8609     */
8610    startTranscribingAsync(i, o) {
8611      this.privRecognizer.startContinuousRecognitionAsync(i, o);
8612    }
8613    /**
8614     * Starts meeting transcription, until stopTranscribingAsync() is called.
8615     * User must subscribe to events to receive transcription results.
8616     * @member MeetingTranscriber.prototype.stopTranscribingAsync
8617     * @function
8618     * @public
8619     * @param cb - Callback invoked once the transcription has started.
8620     * @param err - Callback invoked in case of an error.
8621     */
8622    stopTranscribingAsync(i, o) {
8623      this.privRecognizer.stopContinuousRecognitionAsync(i, o);
8624    }
8625    /**
8626     * Leave the current meeting. After this is called, you will no longer receive any events.
8627     */
8628    leaveMeetingAsync(i, o) {
8629      this.privRecognizer.disconnectCallbacks(), (0, e.marshalPromiseToCallbacks)((async () => {
8630      })(), i, o);
8631    }
8632    /**
8633     * closes all external resources held by an instance of this class.
8634     * @member MeetingTranscriber.prototype.close
8635     * @function
8636     * @public
8637     */
8638    close(i, o) {
8639      r.Contracts.throwIfDisposed(this.privDisposedRecognizer), (0, e.marshalPromiseToCallbacks)(this.dispose(!0), i, o);
8640    }
8641    /**

8642     * Disposes any resources held by the object.
8643     * @member MeetingTranscriber.prototype.dispose
8644     * @function
8645     * @public
8646     * @param {boolean} disposing - true if disposing the object.
8647     */
8648    async dispose(i) {
8649      this.privDisposedRecognizer || (this.privRecognizer && (await this.privRecognizer.close(), this.privRecognizer = void 0), i && (this.privDisposedRecognizer = !0));
8650    }
8651  };
8652  return Bt.MeetingTranscriber = a, Bt;
8653}
8654var qt = {}, lo;
8655function Ev() {
8656  if (lo) return qt;
8657  lo = 1, Object.defineProperty(qt, "__esModule", { value: !0 }), qt.ConversationTranscriptionResult = void 0;
8658  const t = R();
8659  let e = class extends t.RecognitionResult {
8660    /**
8661     * Creates and initializes an instance of this class.
8662     * @constructor
8663     * @public
8664     * @param {string} resultId - The result id.
8665     * @param {ResultReason} reason - The reason.
8666     * @param {string} text - The recognized text.
8667     * @param {number} duration - The duration.
8668     * @param {number} offset - The offset into the stream.
8669     * @param {string} language - Primary Language detected, if provided.
8670     * @param {string} languageDetectionConfidence - Primary Language confidence ("Unknown," "Low," "Medium," "High"...), if provided.
8671     * @param {string} speakerId - speaker id for conversation transcription.
8672     * @param {string} errorDetails - Error details, if provided.
8673     * @param {string} json - Additional Json, if provided.
8674     * @param {PropertyCollection} properties - Additional properties, if provided.
8675     */
8676    constructor(s, p, a, n, i, o, c, u, h, d, v) {
8677      super(s, p, a, n, i, o, c, h, d, v), this.privSpeakerId = u;
8678    }
8679    /**
8680     * speaker id
8681     * @member ConversationTranscriptionResult.prototype.speakerId
8682     * @function
8683     * @public
8684     * @returns {string} id of speaker in given result
8685     */
8686    get speakerId() {
8687      return this.privSpeakerId;
8688    }
8689  };
8690  return qt.ConversationTranscriptionResult = e, qt;
8691}
8692var fo;
8693function Hn() {
8694  return fo || (fo = 1, function(t) {
8695    Object.defineProperty(t, "__esModule", { value: !0 }), t.ConversationTranscriptionResult = t.MeetingTranscriber = t.MeetingTranscriptionCanceledEventArgs = t.MeetingImpl = t.Meeting = t.ParticipantChangedReason = t.User = t.Participant = t.ConversationTranscriber = t.ConversationTranslator = t.ConversationTranslationResult = t.ConversationTranslationEventArgs = t.ConversationTranslationCanceledEventArgs = t.ConversationParticipantsChangedEventArgs = t.ConversationExpirationEventArgs = t.ConversationCommon = t.ConversationImpl = t.Conversation = void 0;
8696    var e = hc();
8697    Object.defineProperty(t, "Conversation", { enumerable: !0, get: function() {
8698      return e.Conversation;
8699    } }), Object.defineProperty(t, "ConversationImpl", { enumerable: !0, get: function() {
8700      return e.ConversationImpl;
8701    } });
8702    var r = Ni;
8703    Object.defineProperty(t, "ConversationCommon", { enumerable: !0, get: function() {
8704      return r.ConversationCommon;
8705    } });
8706    var s = uv();
8707    Object.defineProperty(t, "ConversationExpirationEventArgs", { enumerable: !0, get: function() {
8708      return s.ConversationExpirationEventArgs;
8709    } });
8710    var p = hv();
8711    Object.defineProperty(t, "ConversationParticipantsChangedEventArgs", { enumerable: !0, get: function() {
8712      return p.ConversationParticipantsChangedEventArgs;
8713    } });
8714    var a = dv();
8715    Object.defineProperty(t, "ConversationTranslationCanceledEventArgs", { enumerable: !0, get: function() {
8716      return a.ConversationTranslationCanceledEventArgs;
8717    } });
8718    var n = vv();
8719    Object.defineProperty(t, "ConversationTranslationEventArgs", { enumerable: !0, get: function() {
8720      return n.ConversationTranslationEventArgs;
8721    } });
8722    var i = lv();
8723    Object.defineProperty(t, "ConversationTranslationResult", { enumerable: !0, get: function() {
8724      return i.ConversationTranslationResult;
8725    } });
8726    var o = mv();
8727    Object.defineProperty(t, "ConversationTranslator", { enumerable: !0, get: function() {
8728      return o.ConversationTranslator;
8729    } });
8730    var c = Sv();

8731    Object.defineProperty(t, "ConversationTranscriber", { enumerable: !0, get: function() {
8732      return c.ConversationTranscriber;
8733    } });
8734    var u = Cv();
8735    Object.defineProperty(t, "Participant", { enumerable: !0, get: function() {
8736      return u.Participant;
8737    } }), Object.defineProperty(t, "User", { enumerable: !0, get: function() {
8738      return u.User;
8739    } });
8740    var h = lc;
8741    Object.defineProperty(t, "ParticipantChangedReason", { enumerable: !0, get: function() {
8742      return h.ParticipantChangedReason;
8743    } });
8744    var d = yv();
8745    Object.defineProperty(t, "Meeting", { enumerable: !0, get: function() {
8746      return d.Meeting;
8747    } }), Object.defineProperty(t, "MeetingImpl", { enumerable: !0, get: function() {
8748      return d.MeetingImpl;
8749    } });
8750    var v = Pv();
8751    Object.defineProperty(t, "MeetingTranscriptionCanceledEventArgs", { enumerable: !0, get: function() {
8752      return v.MeetingTranscriptionCanceledEventArgs;
8753    } });
8754    var f = Rv();
8755    Object.defineProperty(t, "MeetingTranscriber", { enumerable: !0, get: function() {
8756      return f.MeetingTranscriber;
8757    } });
8758    var m = Ev();

8759    Object.defineProperty(t, "ConversationTranscriptionResult", { enumerable: !0, get: function() {
8760      return m.ConversationTranscriptionResult;
8761    } });
8762  }(Cn)), Cn;
8763}
8764var Ne = {}, go;
8765function Kn() {
8766  if (go) return Ne;
8767  go = 1, Object.defineProperty(Ne, "__esModule", { value: !0 }), Ne.SynthesisRequest = Ne.Synthesizer = void 0;
8768  const t = A(), e = I(), r = O, s = R();
8769  let p = class fc {
8770    /**
8771     * Creates and initializes an instance of a Recognizer
8772     * @constructor
8773     * @param {SpeechConfig} speechConfig - The speech config to initialize the synthesizer.
8774     */
8775    constructor(i) {
8776      const o = i;
8777      r.Contracts.throwIfNull(o, "speechConfig"), this.privProperties = o.properties.clone(), this.privDisposed = !1, this.privSynthesizing = !1, this.synthesisRequestQueue = new e.Queue(), this.tokenCredential = i.tokenCredential;
8778    }
8779    /**
8780     * Gets the authorization token used to communicate with the service.
8781     * @member Synthesizer.prototype.authorizationToken
8782     * @function
8783     * @public
8784     * @returns {string} Authorization token.
8785     */
8786    get authorizationToken() {
8787      return this.properties.getProperty(s.PropertyId.SpeechServiceAuthorization_Token);
8788    }
8789    /**
8790     * Gets/Sets the authorization token used to communicate with the service.
8791     * @member Synthesizer.prototype.authorizationToken
8792     * @function
8793     * @public
8794     * @param {string} token - Authorization token.
8795     */
8796    set authorizationToken(i) {
8797      r.Contracts.throwIfNullOrWhitespace(i, "token"), this.properties.setProperty(s.PropertyId.SpeechServiceAuthorization_Token, i);
8798    }
8799    /**
8800     * The collection of properties and their values defined for this Synthesizer.
8801     * @member Synthesizer.prototype.properties
8802     * @function
8803     * @public
8804     * @returns {PropertyCollection} The collection of properties and their values defined for this SpeechSynthesizer.
8805     */
8806    get properties() {
8807      return this.privProperties;
8808    }
8809    /**
8810     * Indicates if auto detect source language is enabled
8811     * @member Synthesizer.prototype.autoDetectSourceLanguage
8812     * @function
8813     * @public
8814     * @returns {boolean} if auto detect source language is enabled
8815     */
8816    get autoDetectSourceLanguage() {
8817      return this.properties.getProperty(s.PropertyId.SpeechServiceConnection_AutoDetectSourceLanguages) === t.AutoDetectSourceLanguagesOpenRangeOptionName;
8818    }
8819    buildSsml(i) {
8820      const o = {
8821        "af-ZA": "af-ZA-AdriNeural",
8822        "am-ET": "am-ET-AmehaNeural",
8823        "ar-AE": "ar-AE-FatimaNeural",
8824        "ar-BH": "ar-BH-AliNeural",
8825        "ar-DZ": "ar-DZ-AminaNeural",
8826        "ar-EG": "ar-EG-SalmaNeural",
8827        "ar-IQ": "ar-IQ-BasselNeural",
8828        "ar-JO": "ar-JO-SanaNeural",
8829        "ar-KW": "ar-KW-FahedNeural",
8830        "ar-LY": "ar-LY-ImanNeural",
8831        "ar-MA": "ar-MA-JamalNeural",
8832        "ar-QA": "ar-QA-AmalNeural",
8833        "ar-SA": "ar-SA-HamedNeural",
8834        "ar-SY": "ar-SY-AmanyNeural",
8835        "ar-TN": "ar-TN-HediNeural",
8836        "ar-YE": "ar-YE-MaryamNeural",
8837        "bg-BG": "bg-BG-BorislavNeural",
8838        "bn-BD": "bn-BD-NabanitaNeural",
8839        "bn-IN": "bn-IN-BashkarNeural",
8840        "ca-ES": "ca-ES-JoanaNeural",
8841        "cs-CZ": "cs-CZ-AntoninNeural",
8842        "cy-GB": "cy-GB-AledNeural",
8843        "da-DK": "da-DK-ChristelNeural",
8844        "de-AT": "de-AT-IngridNeural",
8845        "de-CH": "de-CH-JanNeural",
8846        "de-DE": "de-DE-KatjaNeural",
8847        "el-GR": "el-GR-AthinaNeural",
8848        "en-AU": "en-AU-NatashaNeural",
8849        "en-CA": "en-CA-ClaraNeural",
8850        "en-GB": "en-GB-LibbyNeural",
8851        "en-HK": "en-HK-SamNeural",
8852        "en-IE": "en-IE-ConnorNeural",
8853        "en-IN": "en-IN-NeerjaNeural",
8854        "en-KE": "en-KE-AsiliaNeural",
8855        "en-NG": "en-NG-AbeoNeural",
8856        "en-NZ": "en-NZ-MitchellNeural",
8857        "en-PH": "en-PH-JamesNeural",
8858        "en-SG": "en-SG-LunaNeural",
8859        "en-TZ": "en-TZ-ElimuNeural",
8860        "en-US": "en-US-AvaMultilingualNeural",
8861        "en-ZA": "en-ZA-LeahNeural",
8862        "es-AR": "es-AR-ElenaNeural",
8863        "es-BO": "es-BO-MarceloNeural",
8864        "es-CL": "es-CL-CatalinaNeural",
8865        "es-CO": "es-CO-GonzaloNeural",
8866        "es-CR": "es-CR-JuanNeural",
8867        "es-CU": "es-CU-BelkysNeural",
8868        "es-DO": "es-DO-EmilioNeural",
8869        "es-EC": "es-EC-AndreaNeural",
8870        "es-ES": "es-ES-AlvaroNeural",
8871        "es-GQ": "es-GQ-JavierNeural",
8872        "es-GT": "es-GT-AndresNeural",
8873        "es-HN": "es-HN-CarlosNeural",
8874        "es-MX": "es-MX-DaliaNeural",
8875        "es-NI": "es-NI-FedericoNeural",
8876        "es-PA": "es-PA-MargaritaNeural",
8877        "es-PE": "es-PE-AlexNeural",
8878        "es-PR": "es-PR-KarinaNeural",
8879        "es-PY": "es-PY-MarioNeural",
8880        "es-SV": "es-SV-LorenaNeural",
8881        "es-US": "es-US-AlonsoNeural",
8882        "es-UY": "es-UY-MateoNeural",
8883        "es-VE": "es-VE-PaolaNeural",
8884        "et-EE": "et-EE-AnuNeural",
8885        "fa-IR": "fa-IR-DilaraNeural",
8886        "fi-FI": "fi-FI-SelmaNeural",
8887        "fil-PH": "fil-PH-AngeloNeural",
8888        "fr-BE": "fr-BE-CharlineNeural",
8889        "fr-CA": "fr-CA-SylvieNeural",
8890        "fr-CH": "fr-CH-ArianeNeural",
8891        "fr-FR": "fr-FR-DeniseNeural",
8892        "ga-IE": "ga-IE-ColmNeural",
8893        "gl-ES": "gl-ES-RoiNeural",

8894        "gu-IN": "gu-IN-DhwaniNeural",
8895        "he-IL": "he-IL-AvriNeural",
8896        "hi-IN": "hi-IN-MadhurNeural",
8897        "hr-HR": "hr-HR-GabrijelaNeural",
8898        "hu-HU": "hu-HU-NoemiNeural",
8899        "id-ID": "id-ID-ArdiNeural",
8900        "is-IS": "is-IS-GudrunNeural",
8901        "it-IT": "it-IT-IsabellaNeural",
8902        "ja-JP": "ja-JP-NanamiNeural",
8903        "jv-ID": "jv-ID-DimasNeural",
8904        "kk-KZ": "kk-KZ-AigulNeural",
8905        "km-KH": "km-KH-PisethNeural",
8906        "kn-IN": "kn-IN-GaganNeural",
8907        "ko-KR": "ko-KR-SunHiNeural",
8908        "lo-LA": "lo-LA-ChanthavongNeural",
8909        "lt-LT": "lt-LT-LeonasNeural",
8910        "lv-LV": "lv-LV-EveritaNeural",
8911        "mk-MK": "mk-MK-AleksandarNeural",
8912        "ml-IN": "ml-IN-MidhunNeural",
8913        "mr-IN": "mr-IN-AarohiNeural",
8914        "ms-MY": "ms-MY-OsmanNeural",
8915        "mt-MT": "mt-MT-GraceNeural",
8916        "my-MM": "my-MM-NilarNeural",
8917        "nb-NO": "nb-NO-PernilleNeural",
8918        "nl-BE": "nl-BE-ArnaudNeural",
8919        "nl-NL": "nl-NL-ColetteNeural",
8920        "pl-PL": "pl-PL-AgnieszkaNeural",
8921        "ps-AF": "ps-AF-GulNawazNeural",
8922        "pt-BR": "pt-BR-FranciscaNeural",
8923        "pt-PT": "pt-PT-DuarteNeural",
8924        "ro-RO": "ro-RO-AlinaNeural",
8925        "ru-RU": "ru-RU-SvetlanaNeural",
8926        "si-LK": "si-LK-SameeraNeural",
8927        "sk-SK": "sk-SK-LukasNeural",
8928        "sl-SI": "sl-SI-PetraNeural",
8929        "so-SO": "so-SO-MuuseNeural",
8930        "sr-RS": "sr-RS-NicholasNeural",
8931        "su-ID": "su-ID-JajangNeural",
8932        "sv-SE": "sv-SE-SofieNeural",
8933        "sw-KE": "sw-KE-RafikiNeural",
8934        "sw-TZ": "sw-TZ-DaudiNeural",
8935        "ta-IN": "ta-IN-PallaviNeural",
8936        "ta-LK": "ta-LK-KumarNeural",
8937        "ta-SG": "ta-SG-AnbuNeural",
8938        "te-IN": "te-IN-MohanNeural",
8939        "th-TH": "th-TH-PremwadeeNeural",
8940        "tr-TR": "tr-TR-AhmetNeural",
8941        "uk-UA": "uk-UA-OstapNeural",
8942        "ur-IN": "ur-IN-GulNeural",
8943        "ur-PK": "ur-PK-AsadNeural",
8944        "uz-UZ": "uz-UZ-MadinaNeural",
8945        "vi-VN": "vi-VN-HoaiMyNeural",
8946        "zh-CN": "zh-CN-XiaoxiaoNeural",
8947        "zh-HK": "zh-HK-HiuMaanNeural",
8948        "zh-TW": "zh-TW-HsiaoChenNeural",
8949        "zu-ZA": "zu-ZA-ThandoNeural"
8950      };
8951      let c = this.properties.getProperty(s.PropertyId.SpeechServiceConnection_SynthLanguage, "en-US"), u = this.properties.getProperty(s.PropertyId.SpeechServiceConnection_SynthVoice, ""), h = fc.XMLEncode(i);
8952      return this.autoDetectSourceLanguage ? c = "en-US" : u = u || o[c], u && (h = `<voice name='${u}'>${h}</voice>`), h = `<speak version='1.0' xmlns='http://www.w3.org/2001/10/synthesis' xmlns:mstts='http://www.w3.org/2001/mstts' xmlns:emo='http://www.w3.org/2009/10/emotionml' xml:lang='${c}'>${h}</speak>`, h;
8953    }
8954    /**
8955     * This method performs cleanup of resources.
8956     * The Boolean parameter disposing indicates whether the method is called
8957     * from Dispose (if disposing is true) or from the finalizer (if disposing is false).
8958     * Derived classes should override this method to dispose resource if needed.
8959     * @member Synthesizer.prototype.dispose
8960     * @function
8961     * @public
8962     * @param {boolean} disposing - Flag to request disposal.
8963     */
8964    async dispose(i) {
8965      this.privDisposed || (i && this.privAdapter && await this.privAdapter.dispose(), this.privDisposed = !0);
8966    }
8967    async adapterSpeak() {
8968      if (!this.privDisposed && !this.privSynthesizing) {
8969        this.privSynthesizing = !0;
8970        const i = await this.synthesisRequestQueue.dequeue();
8971        return this.privAdapter.Speak(i.text, i.isSSML, i.requestId, i.cb, i.err, i.dataStream);
8972      }
8973    }
8974    createSynthesizerConfig(i) {
8975      return new t.SynthesizerConfig(i, this.privProperties);
8976    }
8977    // Does the generic synthesizer setup that is common across all synthesizer types.
8978    implCommonSynthesizeSetup() {
8979      let i = typeof window < "u" ? "Browser" : "Node", o = "unknown", c = "unknown";
8980      typeof navigator < "u" && (i = i + "/" + navigator.platform, o = navigator.userAgent, c = navigator.appVersion);
8981      const u = this.createSynthesizerConfig(new t.SpeechServiceConfig(new t.Context(new t.OS(i, o, c)))), h = this.privProperties.getProperty(s.PropertyId.SpeechServiceConnection_Key, void 0), d = h && h !== "" ? new t.CognitiveSubscriptionKeyAuthentication(h) : this.tokenCredential ? new t.CognitiveTokenAuthentication(async () => {
8982        try {
8983          const v = await this.tokenCredential.getToken("https://cognitiveservices.azure.com/.default");
8984          return (v == null ? void 0 : v.token) ?? "";
8985        } catch (v) {
8986          throw v;
8987        }
8988      }, async () => {
8989        try {
8990          const v = await this.tokenCredential.getToken("https://cognitiveservices.azure.com/.default");
8991          return (v == null ? void 0 : v.token) ?? "";
8992        } catch (v) {
8993          throw v;
8994        }
8995      }) : new t.CognitiveTokenAuthentication(() => {
8996        const v = this.privProperties.getProperty(s.PropertyId.SpeechServiceAuthorization_Token, void 0);
8997        return Promise.resolve(v);
8998      }, () => {
8999        const v = this.privProperties.getProperty(s.PropertyId.SpeechServiceAuthorization_Token, void 0);
9000        return Promise.resolve(v);
9001      });
9002      this.privAdapter = this.createSynthesisAdapter(d, this.privConnectionFactory, u), this.privRestAdapter = this.createRestSynthesisAdapter(d, u);
9003    }
9004    static XMLEncode(i) {
9005      return i.replace(/&/g, "&amp;").replace(/</g, "&lt;").replace(/>/g, "&gt;").replace(/"/g, "&quot;").replace(/'/g, "&apos;");
9006    }
9007  };
9008  Ne.Synthesizer = p;
9009  class a {
9010    constructor(i, o, c, u, h, d) {
9011      this.requestId = i, this.text = o, this.isSSML = c, this.cb = u, this.err = h, this.dataStream = d;
9012    }
9013  }
9014  return Ne.SynthesisRequest = a, Ne;
9015}
9016var Ft = {}, mo;
9017function Tv() {
9018  if (mo) return Ft;
9019  mo = 1, Object.defineProperty(Ft, "__esModule", { value: !0 }), Ft.SpeechSynthesizer = void 0;

9020  const t = A(), e = I(), r = Nr, s = Ie, p = U, a = O, n = R(), i = Kn();
9021  let o = class gc extends n.Synthesizer {
9022    /**
9023     * SpeechSynthesizer constructor.
9024     * @constructor
9025     * @param {SpeechConfig} speechConfig - An set of initial properties for this synthesizer.
9026     * @param {AudioConfig} audioConfig - An optional audio configuration associated with the synthesizer.
9027     */
9028    constructor(u, h) {
9029      super(u), h !== null && (h === void 0 ? this.audioConfig = typeof window > "u" ? void 0 : n.AudioConfig.fromDefaultSpeakerOutput() : this.audioConfig = h), this.privConnectionFactory = new t.SpeechSynthesisConnectionFactory(), this.implCommonSynthesizeSetup();
9030    }
9031    /**
9032     * SpeechSynthesizer constructor.
9033     * @constructor
9034     * @param {SpeechConfig} speechConfig - an set of initial properties for this synthesizer
9035     * @param {AutoDetectSourceLanguageConfig} autoDetectSourceLanguageConfig - An source language detection configuration associated with the synthesizer
9036     * @param {AudioConfig} audioConfig - An optional audio configuration associated with the synthesizer
9037     */
9038    static FromConfig(u, h, d) {
9039      const v = u;
9040      return h.properties.mergeTo(v.properties), new gc(u, d);
9041    }
9042    /**
9043     * Executes speech synthesis on plain text.
9044     * The task returns the synthesis result.
9045     * @member SpeechSynthesizer.prototype.speakTextAsync
9046     * @function
9047     * @public
9048     * @param text - Text to be synthesized.
9049     * @param cb - Callback that received the SpeechSynthesisResult.
9050     * @param err - Callback invoked in case of an error.
9051     * @param stream - AudioOutputStream to receive the synthesized audio.
9052     */
9053    speakTextAsync(u, h, d, v) {
9054      this.speakImpl(u, !1, h, d, v);
9055    }
9056    /**
9057     * Executes speech synthesis on SSML.
9058     * The task returns the synthesis result.
9059     * @member SpeechSynthesizer.prototype.speakSsmlAsync
9060     * @function
9061     * @public
9062     * @param ssml - SSML to be synthesized.
9063     * @param cb - Callback that received the SpeechSynthesisResult.
9064     * @param err - Callback invoked in case of an error.
9065     * @param stream - AudioOutputStream to receive the synthesized audio.
9066     */
9067    speakSsmlAsync(u, h, d, v) {
9068      this.speakImpl(u, !0, h, d, v);
9069    }
9070    /**
9071     * Get list of synthesis voices available.
9072     * The task returns the synthesis voice result.
9073     * @member SpeechSynthesizer.prototype.getVoicesAsync
9074     * @function
9075     * @async
9076     * @public
9077     * @param locale - Locale of voices in BCP-47 format; if left empty, get all available voices.
9078     * @return {Promise<SynthesisVoicesResult>} - Promise of a SynthesisVoicesResult.
9079     */
9080    async getVoicesAsync(u = "") {
9081      return this.getVoices(u);
9082    }
9083    /**
9084     * Dispose of associated resources.
9085     * @member SpeechSynthesizer.prototype.close
9086     * @function
9087     * @public
9088     */
9089    close(u, h) {
9090      a.Contracts.throwIfDisposed(this.privDisposed), (0, e.marshalPromiseToCallbacks)(this.dispose(!0), u, h);
9091    }
9092    /**
9093     * @Internal
9094     * Do not use externally, object returned will change without warning or notice.
9095     */
9096    get internalData() {
9097      return this.privAdapter;
9098    }
9099    //
9100    // ################################################################################################################
9101    // IMPLEMENTATION.
9102    // ################################################################################################################
9103    //
9104    // Creates the synthesis adapter
9105    createSynthesisAdapter(u, h, d) {
9106      return new t.SpeechSynthesisAdapter(u, h, d, this, this.audioConfig);
9107    }
9108    createRestSynthesisAdapter(u, h) {
9109      return new t.SynthesisRestAdapter(h, u);
9110    }
9111    implCommonSynthesizeSetup() {
9112      super.implCommonSynthesizeSetup(), this.privAdapter.audioOutputFormat = s.AudioOutputFormatImpl.fromSpeechSynthesisOutputFormat(n.SpeechSynthesisOutputFormat[this.properties.getProperty(n.PropertyId.SpeechServiceConnection_SynthOutputFormat, void 0)]);
9113    }
9114    speakImpl(u, h, d, v, f) {
9115      try {
9116        a.Contracts.throwIfDisposed(this.privDisposed);
9117        const m = (0, e.createNoDashGuid)();
9118        let S;
9119        f instanceof n.PushAudioOutputStreamCallback ? S = new p.PushAudioOutputStreamImpl(f) : f instanceof n.PullAudioOutputStream ? S = f : f !== void 0 ? S = new r.AudioFileWriter(f) : S = void 0, this.synthesisRequestQueue.enqueue(new i.SynthesisRequest(m, u, h, (l) => {
9120          if (this.privSynthesizing = !1, d)
9121            try {
9122              d(l);
9123            } catch (g) {
9124              v && v(g);
9125            }
9126          d = void 0, this.adapterSpeak().catch(() => {
9127          });
9128        }, (l) => {
9129          v && v(l);
9130        }, S)), this.adapterSpeak().catch(() => {
9131        });
9132      } catch (m) {
9133        if (v)
9134          if (m instanceof Error) {
9135            const S = m;
9136            v(S.name + ": " + S.message);
9137          } else
9138            v(m);
9139        this.dispose(!0).catch(() => {
9140        });
9141      }
9142    }
9143    async getVoices(u) {
9144      const h = (0, e.createNoDashGuid)(), d = await this.privRestAdapter.getVoicesList(h);
9145      if (d.ok && Array.isArray(d.json)) {
9146        let v = d.json;
9147        return u && u.length > 0 && (v = v.filter((f) => !!f.Locale && f.Locale.toLowerCase() === u.toLowerCase())), new n.SynthesisVoicesResult(h, v, void 0);
9148      } else
9149        return new n.SynthesisVoicesResult(h, void 0, `Error: ${d.status}: ${d.statusText}`);
9150    }
9151  };
9152  return Ft.SpeechSynthesizer = o, Ft;
9153}
9154var zi = {};
9155Object.defineProperty(zi, "__esModule", { value: !0 });
9156zi.SynthesisResult = void 0;
9157class Av {
9158  /**
9159   * Creates and initializes an instance of this class.
9160   * @constructor
9161   * @param {string} resultId - The result id.
9162   * @param {ResultReason} reason - The reason.
9163   * @param {string} errorDetails - Error details, if provided.
9164   * @param {PropertyCollection} properties - Additional properties, if provided.
9165   */
9166  constructor(e, r, s, p) {
9167    this.privResultId = e, this.privReason = r, this.privErrorDetails = s, this.privProperties = p;
9168  }
9169  /**
9170   * Specifies the result identifier.
9171   * @member SynthesisResult.prototype.resultId
9172   * @function
9173   * @public
9174   * @returns {string} Specifies the result identifier.
9175   */
9176  get resultId() {
9177    return this.privResultId;
9178  }
9179  /**
9180   * Specifies status of the result.
9181   * @member SynthesisResult.prototype.reason
9182   * @function
9183   * @public
9184   * @returns {ResultReason} Specifies status of the result.
9185   */
9186  get reason() {
9187    return this.privReason;
9188  }
9189  /**
9190   * In case of an unsuccessful synthesis, provides details of the occurred error.
9191   * @member SynthesisResult.prototype.errorDetails
9192   * @function
9193   * @public
9194   * @returns {string} a brief description of an error.
9195   */
9196  get errorDetails() {
9197    return this.privErrorDetails;
9198  }
9199  /**
9200   * The set of properties exposed in the result.
9201   * @member SynthesisResult.prototype.properties
9202   * @function
9203   * @public
9204   * @returns {PropertyCollection} The set of properties exposed in the result.
9205   */
9206  get properties() {
9207    return this.privProperties;
9208  }
9209}
9210zi.SynthesisResult = Av;
9211var Ut = {}, So;
9212function Iv() {
9213  if (So) return Ut;
9214  So = 1, Object.defineProperty(Ut, "__esModule", { value: !0 }), Ut.SpeechSynthesisResult = void 0;
9215  const t = R();
9216  let e = class extends t.SynthesisResult {
9217    /**
9218     * Creates and initializes an instance of this class.
9219     * @constructor
9220     * @param {string} resultId - The result id.
9221     * @param {ResultReason} reason - The reason.
9222     * @param {ArrayBuffer} audioData - The synthesized audio binary.
9223     * @param {string} errorDetails - Error details, if provided.
9224     * @param {PropertyCollection} properties - Additional properties, if provided.
9225     * @param {number} audioDuration - The audio duration.
9226     */
9227    constructor(s, p, a, n, i, o) {
9228      super(s, p, n, i), this.privAudioData = a, this.privAudioDuration = o;
9229    }
9230    /**
9231     * The synthesized audio data
9232     * @member SpeechSynthesisResult.prototype.audioData
9233     * @function
9234     * @public
9235     * @returns {ArrayBuffer} The synthesized audio data.
9236     */
9237    get audioData() {
9238      return this.privAudioData;
9239    }
9240    /**
9241     * The time duration of synthesized audio, in ticks (100 nanoseconds).
9242     * @member SpeechSynthesisResult.prototype.audioDuration
9243     * @function
9244     * @public
9245     * @returns {number} The time duration of synthesized audio.
9246     */
9247    get audioDuration() {
9248      return this.privAudioDuration;
9249    }
9250  };
9251  return Ut.SpeechSynthesisResult = e, Ut;
9252}
9253var ji = {};
9254Object.defineProperty(ji, "__esModule", { value: !0 });
9255ji.SpeechSynthesisEventArgs = void 0;
9256class wv {
9257  /**
9258   * Creates and initializes an instance of this class.
9259   * @constructor
9260   * @param {SpeechSynthesisResult} result - The speech synthesis result.
9261   */
9262  constructor(e) {
9263    this.privResult = e;
9264  }
9265  /**
9266   * Specifies the synthesis result.
9267   * @member SpeechSynthesisEventArgs.prototype.result
9268   * @function
9269   * @public
9270   * @returns {SpeechSynthesisResult} the synthesis result.
9271   */
9272  get result() {
9273    return this.privResult;
9274  }
9275}
9276ji.SpeechSynthesisEventArgs = wv;
9277var Li = {};
9278Object.defineProperty(Li, "__esModule", { value: !0 });
9279Li.SpeechSynthesisWordBoundaryEventArgs = void 0;
9280class _v {
9281  /**
9282   * Creates and initializes an instance of this class.
9283   * @constructor
9284   * @param {number} audioOffset - The audio offset.
9285   * @param {number} duration - The audio duration.
9286   * @param {string} text - The text.
9287   * @param {number} wordLength - The length of the word.
9288   * @param {number} textOffset - The text offset.
9289   * @param {SpeechSynthesisBoundaryType} boundaryType - The boundary type
9290   */
9291  constructor(e, r, s, p, a, n) {
9292    this.privAudioOffset = e, this.privDuration = r, this.privText = s, this.privWordLength = p, this.privTextOffset = a, this.privBoundaryType = n;
9293  }
9294  /**
9295   * Specifies the audio offset.
9296   * @member SpeechSynthesisWordBoundaryEventArgs.prototype.audioOffset
9297   * @function
9298   * @public
9299   * @returns {number} the audio offset.
9300   */
9301  get audioOffset() {
9302    return this.privAudioOffset;
9303  }
9304  /**
9305   * Specifies the duration, in ticks (100 nanoseconds).
9306   * @member SpeechSynthesisWordBoundaryEventArgs.prototype.duration
9307   * @function
9308   * @public
9309   * @returns {number} Duration in 100 nanosecond increments.
9310   */
9311  get duration() {
9312    return this.privDuration;
9313  }
9314  /**
9315   * Specifies the text of the word boundary event.
9316   * @member SpeechSynthesisWordBoundaryEventArgs.prototype.text
9317   * @function
9318   * @public
9319   * @returns {string} the text.
9320   */
9321  get text() {
9322    return this.privText;
9323  }
9324  /**
9325   * Specifies the word length
9326   * @member SpeechSynthesisWordBoundaryEventArgs.prototype.wordLength
9327   * @function
9328   * @public
9329   * @returns {number} the word length
9330   */
9331  get wordLength() {
9332    return this.privWordLength;
9333  }
9334  /**
9335   * Specifies the text offset.
9336   * @member SpeechSynthesisWordBoundaryEventArgs.prototype.textOffset
9337   * @function
9338   * @public
9339   * @returns {number} the text offset.
9340   */
9341  get textOffset() {
9342    return this.privTextOffset;
9343  }
9344  /**
9345   * Specifies the boundary type.
9346   * @member SpeechSynthesisWordBoundaryEventArgs.prototype.boundaryType
9347   * @function
9348   * @public
9349   * @returns {SpeechSynthesisBoundaryType} the boundary type.
9350   */
9351  get boundaryType() {
9352    return this.privBoundaryType;
9353  }
9354}
9355Li.SpeechSynthesisWordBoundaryEventArgs = _v;
9356var Bi = {};
9357Object.defineProperty(Bi, "__esModule", { value: !0 });
9358Bi.SpeechSynthesisBookmarkEventArgs = void 0;
9359class bv {
9360  /**
9361   * Creates and initializes an instance of this class.
9362   * @constructor
9363   * @param {number} audioOffset - The audio offset.
9364   * @param {string} text - The bookmark text.
9365   */
9366  constructor(e, r) {
9367    this.privAudioOffset = e, this.privText = r;
9368  }
9369  /**
9370   * Specifies the audio offset.
9371   * @member SpeechSynthesisBookmarkEventArgs.prototype.audioOffset
9372   * @function
9373   * @public
9374   * @returns {number} the audio offset.
9375   */
9376  get audioOffset() {
9377    return this.privAudioOffset;
9378  }
9379  /**
9380   * Specifies the bookmark.
9381   * @member SpeechSynthesisBookmarkEventArgs.prototype.text
9382   * @function
9383   * @public
9384   * @returns {string} the bookmark text.
9385   */
9386  get text() {
9387    return this.privText;
9388  }
9389}
9390Bi.SpeechSynthesisBookmarkEventArgs = bv;
9391var qi = {};
9392Object.defineProperty(qi, "__esModule", { value: !0 });
9393qi.SpeechSynthesisVisemeEventArgs = void 0;
9394class Mv {
9395  /**
9396   * Creates and initializes an instance of this class.
9397   * @constructor
9398   * @param {number} audioOffset - The audio offset.
9399   * @param {number} visemeId - The viseme ID.
9400   * @param {string} animation - The animation, could be in svg or other format.
9401   */
9402  constructor(e, r, s) {
9403    this.privAudioOffset = e, this.privVisemeId = r, this.privAnimation = s;
9404  }
9405  /**
9406   * Specifies the audio offset.
9407   * @member SpeechSynthesisVisemeEventArgs.prototype.audioOffset
9408   * @function
9409   * @public
9410   * @returns {number} the audio offset.
9411   */
9412  get audioOffset() {
9413    return this.privAudioOffset;
9414  }
9415  /**
9416   * Specifies the viseme ID.
9417   * @member SpeechSynthesisVisemeEventArgs.prototype.visemeId
9418   * @function
9419   * @public
9420   * @returns {number} the viseme ID.
9421   */
9422  get visemeId() {
9423    return this.privVisemeId;
9424  }
9425  /**
9426   * Specifies the animation.
9427   * @member SpeechSynthesisVisemeEventArgs.prototype.animation
9428   * @function
9429   * @public
9430   * @returns {string} the animation, could be in svg or other format.
9431   */
9432  get animation() {
9433    return this.privAnimation;
9434  }
9435}
9436qi.SpeechSynthesisVisemeEventArgs = Mv;
9437var mc = {};
9438(function(t) {
9439  Object.defineProperty(t, "__esModule", { value: !0 }), t.SpeechSynthesisBoundaryType = void 0, function(e) {
9440    e.Word = "WordBoundary", e.Punctuation = "PunctuationBoundary", e.Sentence = "SentenceBoundary";
9441  }(t.SpeechSynthesisBoundaryType || (t.SpeechSynthesisBoundaryType = {}));
9442})(mc);
9443var xt = {}, Co;
9444function Ov() {
9445  if (Co) return xt;
9446  Co = 1, Object.defineProperty(xt, "__esModule", { value: !0 }), xt.SynthesisVoicesResult = void 0;
9447  const t = R();
9448  let e = class extends t.SynthesisResult {
9449    /**
9450     * Creates and initializes an instance of this class.
9451     * @constructor
9452     * @param requestId - result id for request.
9453     * @param json - json payload from endpoint.
9454     */
9455    constructor(s, p, a) {
9456      if (Array.isArray(p)) {
9457        super(s, t.ResultReason.VoicesListRetrieved, void 0, new t.PropertyCollection()), this.privVoices = [];
9458        for (const n of p)
9459          this.privVoices.push(new t.VoiceInfo(n));
9460      } else
9461        super(s, t.ResultReason.Canceled, a || "Error information unavailable", new t.PropertyCollection());
9462    }
9463    /**
9464     * The list of voices
9465     * @member SynthesisVoicesResult.prototype.voices
9466     * @function
9467     * @public
9468     * @returns {VoiceInfo[]} List of synthesized voices.
9469     */
9470    get voices() {
9471      return this.privVoices;
9472    }
9473  };
9474  return xt.SynthesisVoicesResult = e, xt;
9475}
9476var Sc = {};
9477(function(t) {
9478  Object.defineProperty(t, "__esModule", { value: !0 }

9478), t.VoiceInfo = t.SynthesisVoiceType = t.SynthesisVoiceGender = void 0;
9479  var e;
9480  (function(n) {
9481    n[n.Unknown = 0] = "Unknown", n[n.Female = 1] = "Female", n[n.Male = 2] = "Male", n[n.Neutral = 3] = "Neutral";
9482  })(e = t.SynthesisVoiceGender || (t.SynthesisVoiceGender = {}));
9483  var r;
9484  (function(n) {
9485    n[n.Unknown = 0] = "Unknown", n[n.OnlineNeural = 1] = "OnlineNeural", n[n.OnlineStandard = 2] = "OnlineStandard", n[n.OfflineNeural = 3] = "OfflineNeural", n[n.OfflineStandard = 4] = "OfflineStandard", n[n.OnlineNeuralHD = 5] = "OnlineNeuralHD";
9486  })(r = t.SynthesisVoiceType || (t.SynthesisVoiceType = {}));
9487  const s = {
9488    [e[e.Neutral]]: e.Neutral,
9489    [e[e.Male]]: e.Male,
9490    [e[e.Female]]: e.Female
9491  }, p = {
9492    Neural: r.OnlineNeural,
9493    NeuralHD: r.OnlineNeuralHD
9494  };
9495  class a {
9496    constructor(i) {
9497      if (this.privStyleList = [], i) {
9498        if (this.privName = i.Name, this.privLocale = i.Locale, this.privShortName = i.ShortName, this.privLocaleName = i.LocaleName, this.privDisplayName = i.DisplayName, this.privLocalName = i.LocalName, this.privVoiceType = p[i.VoiceType] || r.Unknown, this.privGender = s[i.Gender] || e.Unknown, i.StyleList && Array.isArray(i.StyleList))
9499          for (const o of i.StyleList)
9500            this.privStyleList.push(o);
9501        this.privSampleRateHertz = i.SampleRateHertz, this.privStatus = i.Status, i.ExtendedPropertyMap && (this.privExtendedPropertyMap = i.ExtendedPropertyMap), this.privWordsPerMinute = i.WordsPerMinute, Array.isArray(i.SecondaryLocaleList) && (this.privSecondaryLocaleList = [...i.SecondaryLocaleList]), Array.isArray(i.RolePlayList) && (this.privRolePlayList = [...i.RolePlayList]), i.VoiceTag && (this.privVoiceTag = i.VoiceTag);
9502      }
9503    }
9504    get name() {
9505      return this.privName;
9506    }
9507    get locale() {
9508      return this.privLocale;
9509    }
9510    get shortName() {
9511      return this.privShortName;
9512    }
9513    get displayName() {
9514      return this.privDisplayName;
9515    }
9516    get localName() {
9517      return this.privLocalName;
9518    }
9519    get localeName() {
9520      return this.privLocaleName;
9521    }
9522    get gender() {
9523      return this.privGender;
9524    }
9525    get voiceType() {
9526      return this.privVoiceType;
9527    }
9528    get styleList() {
9529      return this.privStyleList;
9530    }
9531    get sampleRateHertz() {
9532      return this.privSampleRateHertz;
9533    }
9534    get status() {
9535      return this.privStatus;
9536    }
9537    get extendedPropertyMap() {
9538      return this.privExtendedPropertyMap;
9539    }
9540    get wordsPerMinute() {
9541      return this.privWordsPerMinute;
9542    }
9543    get secondaryLocaleList() {
9544      return this.privSecondaryLocaleList;
9545    }
9546    get rolePlayList() {
9547      return this.privRolePlayList;
9548    }
9549    get voiceTag() {
9550      return this.privVoiceTag;
9551    }
9552  }
9553  t.VoiceInfo = a;
9554})(Sc);
9555var Fi = {};
9556Object.defineProperty(Fi, "__esModule", { value: !0 });
9557Fi.SpeakerAudioDestination = void 0;
9558const ze = I(), Dv = U, te = Ae, kv = 60 * 30, yo = {
9559  [te.AudioFormatTag.PCM]: "audio/wav",
9560  [te.AudioFormatTag.MuLaw]: "audio/x-wav",
9561  [te.AudioFormatTag.MP3]: "audio/mpeg",
9562  [te.AudioFormatTag.OGG_OPUS]: "audio/ogg",
9563  [te.AudioFormatTag.WEBM_OPUS]: "audio/webm; codecs=opus",
9564  [te.AudioFormatTag.ALaw]: "audio/x-wav",
9565  [te.AudioFormatTag.FLAC]: "audio/flac",
9566  [te.AudioFormatTag.AMR_WB]: "audio/amr-wb",
9567  [te.AudioFormatTag.G722]: "audio/G722"
9568};
9569class Nv {
9570  constructor(e) {
9571    this.privPlaybackStarted = !1, this.privAppendingToBuffer = !1, this.privMediaSourceOpened = !1, this.privBytesReceived = 0, this.privId = e || (0, ze.createNoDashGuid)(), this.privIsPaused = !1, this.privIsClosed = !1;
9572  }
9573  id() {
9574    return this.privId;
9575  }
9576  write(e, r, s) {
9577    this.privAudioBuffer !== void 0 ? (this.privAudioBuffer.push(e), this.updateSourceBuffer().then(() => {
9578      r && r();
9579    }, (p) => {
9580      s && s(p);
9581    })) : this.privAudioOutputStream !== void 0 && (this.privAudioOutputStream.write(e), this.privBytesReceived += e.byteLength);
9582  }
9583  close(e, r) {
9584    if (this.privIsClosed = !0, this.privSourceBuffer !== void 0)
9585      this.handleSourceBufferUpdateEnd().then(() => {
9586        e && e();
9587      }, (s) => {
9588        r && r(s);
9589      });
9590    else if (this.privAudioOutputStream !== void 0 && typeof window < "u")
9591      if ((this.privFormat.formatTag === te.AudioFormatTag.PCM || this.privFormat.formatTag === te.AudioFormatTag.MuLaw || this.privFormat.formatTag === te.AudioFormatTag.ALaw) && this.privFormat.hasHeader === !1)
9592        console.warn("Play back is not supported for raw PCM, mulaw or alaw format without header."), this.onAudioEnd && this.onAudioEnd(this);
9593      else {
9594        let s = new ArrayBuffer(this.privBytesReceived);
9595        this.privAudioOutputStream.read(s).then(() => {
9596          s = this.privFormat.addHeader(s);
9597          const p = new Blob([s], { type: yo[this.privFormat.formatTag] });
9598          this.privAudio.src = window.URL.createObjectURL(p), this.notifyPlayback().then(() => {
9599            e && e();
9600          }, (a) => {
9601            r && r(a);
9602          });
9603        }, (p) => {
9604          r && r(p);
9605        });
9606      }
9607    else
9608      this.onAudioEnd && this.onAudioEnd(this);
9609  }
9610  set format(e) {
9611    if (typeof AudioContext < "u" || typeof window < "u" && typeof window.webkitAudioContext < "u") {
9612      this.privFormat = e;
9613      const r = yo[this.privFormat.formatTag];
9614      r === void 0 ? console.warn(`Unknown mimeType for format ${te.AudioFormatTag[this.privFormat.formatTag]}; playback is not supported.`) : typeof MediaSource < "u" && MediaSource.isTypeSupp

9614orted(r) ? (this.privAudio = new Audio(), this.privAudioBuffer = [], this.privMediaSource = new MediaSource(), this.privAudio.src = URL.createObjectURL(this.privMediaSource), this.privAudio.load(), this.privMediaSource.onsourceopen = () => {
9615        this.privMediaSourceOpened = !0, this.privMediaSource.duration = kv, this.privSourceBuffer = this.privMediaSource.addSourceBuffer(r), this.privSourceBuffer.onupdate = () => {
9616          this.updateSourceBuffer().catch((s) => {
9617            ze.Events.instance.onEvent(new ze.BackgroundEvent(s));
9618          });
9619        }, this.privSourceBuffer.onupdateend = () => {
9620          this.handleSourceBufferUpdateEnd().catch((s) => {
9621            ze.Events.instance.onEvent(new ze.BackgroundEvent(s));
9622          });
9623        }, this.privSourceBuffer.onupdatestart = () => {
9624          this.privAppendingToBuffer = !1;
9625        };
9626      }, this.updateSourceBuffer().catch((s) => {
9627        ze.Events.instance.onEvent(new ze.BackgroundEvent(s));
9628      })) : (console.warn(`Format ${te.AudioFormatTag[this.privFormat.formatTag]} could not be played by MSE, streaming playback is not enabled.`), this.privAudioOutputStream = new Dv.PullAudioOutputStreamImpl(), this.privAudioOutputStream.format = this.privFormat, this.privAudio = new Audio());
9629    }
9630  }
9631  get volume() {
9632    var e;
9633    return ((e = this.privAudio) == null ? void 0 : e.volume) ?? -1;
9634  }
9635  set volume(e) {
9636    this.privAudio && (this.privAudio.volume = e);
9637  }
9638  mute() {
9639    this.privAudio && (this.privAudio.muted = !0);
9640  }
9641  unmute() {
9642    this.privAudio && (this.privAudio.muted = !1);
9643  }
9644  get isClosed() {
9645    return this.privIsClosed;
9646  }
9647  get currentTime() {
9648    return this.privAudio !== void 0 ? this.privAudio.currentTime : -1;
9649  }
9650  pause() {
9651    !this.privIsPaused && this.privAudio !== void 0 && (this.privAudio.pause(), this.privIsPaused = !0);
9652  }
9653  resume(e, r) {
9654    this.privIsPaused && this.privAudio !== void 0 && (this.privAudio.play().then(() => {
9655      e && e();
9656    }, (s) => {
9657      r && r(s);
9658    }), this.privIsPaused = !1);
9659  }
9660  get internalAudio() {
9661    return this.privAudio;
9662  }
9663  async updateSourceBuffer() {
9664    if (this.privAudioBuffer !== void 0 && this.privAudioBuffer.length > 0 && this.sourceBufferAvailable()) {
9665      this.privAppendingToBuffer = !0;
9666      const e = this.privAudioBuffer.shift();
9667      try {
9668        this.privSourceBuffer.appendBuffer(e);
9669      } catch {
9670        this.privAudioBuffer.unshift(e), console.log("buffer filled, pausing addition of binaries until space is made");
9671        return;
9672      }
9673      await this.notifyPlayback();
9674    } else this.canEndStream() && await this.handleSourceBufferUpdateEnd();
9675  }
9676  async handleSourceBufferUpdateEnd() {
9677    this.canEndStream() && this.sourceBufferAvailable() && (this.privMediaSource.endOfStream(), await this.notifyPlayback());
9678  }
9679  async notifyPlayback() {
9680    !this.privPlaybackStarted && this.privAudio !== void 0 && (this.privPlaybackStarted = !0, this.onAudioStart && this.onAudioStart(this), this.privAudio.onended = () => {
9681      this.onAudioEnd && this.onAudioEnd(this);
9682    }, this.privIsPaused || await this.privAudio.play());
9683  }
9684  canEndStream() {
9685    return this.isClosed && this.privSourceBuffer !== void 0 && this.privAudioBuffer.length === 0 && this.privMediaSourceOpened && !this.privAppendingToBuffer && this.privMediaSource.readyState === "open";
9686  }
9687  sourceBufferAvailable() {
9688    return this.privSourceBuffer !== void 0 && !this.privSourceBuffer.updating;
9689  }
9690}
9691Fi.SpeakerAudioDestination = Nv;
9692var Wt = {}, Po;
9693function zv() {
9694  if (Po) return Wt;
9695  Po = 1, Object.defineProperty(Wt, "__esModule", { value: !0 }), Wt.ConversationTranscriptionCanceledEventArgs = void 0;
9696  const t = zr();
9697  let e = class extends t.CancellationEventArgsBase {
9698  };
9699  return Wt.ConversationTranscriptionCanceledEventArgs = e, Wt;
9700}
9701var Ht = {}, Ro;
9702function jv() {
9703  if (Ro) return Ht;
9704  Ro = 1, Object.defineProperty(Ht, "__esModule", { value: !0 }), Ht.MeetingTranscriptionCanceledEventArgs = void 0;
9705  const t = zr();
9706  let e = class extends t.CancellationEventArgsBase {
9707  };
9708  return Ht.MeetingTranscriptionCanceledEventArgs = e, Ht;
9709}
9710var Cc = {};
9711(function(t) {
9712  Object.defineProperty(t, "__esModule", { value: !0 }), t.PronunciationAssessmentGradingSystem = void 0, function(e) {
9713    e[e.FivePoint = 1] = "FivePoint", e[e.HundredMark = 2] = "HundredMark";
9714  }(t.PronunciationAssessmentGradingSystem || (t.PronunciationAssessmentGradingSystem = {}));
9715})(Cc);
9716var yc = {};
9717(function(t) {
9718  Object.defineProperty(t, "__esModule", { value: !0 }), t.PronunciationAssessmentGranularity = void 0, function(e) {
9719    e[e.Phoneme = 1] = "Phoneme", e[e.Word = 2] = "Word", e[e.FullText = 3] = "FullText";
9720  }(t.PronunciationAssessmentGranularity || (t.PronunciationAssessmentGranularity = {}));
9721})(yc);
9722var Kt = {}, Eo;
9723function Lv() {
9724  if (Eo) return Kt;
9725  Eo = 1, Object.defineProperty(Kt, "__esModule", { value: !0 }), Kt.PronunciationAssessmentConfig = void 0;
9726  const t = O, e = R();
9727  let r = class Pc {
9728    /**
9729     * PronunciationAssessmentConfig constructor.
9730     * @constructor
9731     * @param {string} referenceText
9732     * @param gradingSystem
9733     * @param granularity
9734     * @param enableMiscue
9735     */
9736    constructor(p, a = e.PronunciationAssessmentGradingSystem.FivePoint, n = e.PronunciationAssessmentGranularity.Phoneme, i = !1) {
9737      t.Contracts.throwIfNullOrUndefined(p, "referenceText"), this.privProperties = new e.PropertyCollection(), this.privProperties.setProperty(e.PropertyId.PronunciationAssessment_ReferenceText, p), this.privProperties.setProperty(e.PropertyId.PronunciationAssessment_GradingSystem, e.PronunciationAssessmentGradingSystem[a]), this.privProperties.setProperty(e.PropertyId.PronunciationAssessment_Granularity, e.PronunciationAssessmentGranularity[n]), this.privProperties.setProperty(e.PropertyId.PronunciationAssessment_EnableMiscue, String(i));
9738    }
9739    /**
9740     * @member PronunciationAssessmentConfig.fromJSON
9741     * @function
9742     * @public
9743     * @param {string}

9743 json The json string containing the pronunciation assessment parameters.
9744     * @return {PronunciationAssessmentConfig} Instance of PronunciationAssessmentConfig
9745     * @summary Creates an instance of the PronunciationAssessmentConfig from json.
9746     * This method is designed to support the pronunciation assessment parameters still in preview.
9747     * Under normal circumstances, use the constructor instead.
9748     */
9749    static fromJSON(p) {
9750      t.Contracts.throwIfNullOrUndefined(p, "json");
9751      const a = new Pc("");
9752      return a.privProperties = new e.PropertyCollection(), a.properties.setProperty(e.PropertyId.PronunciationAssessment_Json, p), a;
9753    }
9754    toJSON() {
9755      return this.updateJson(), this.privProperties.getProperty(e.PropertyId.PronunciationAssessment_Params);
9756    }
9757    applyTo(p) {
9758      this.updateJson();
9759      const a = p.internalData;
9760      a.speechContext.setPronunciationAssessmentParams(this.properties.getProperty(e.PropertyId.PronunciationAssessment_Params), a.isSpeakerDiarizationEnabled);
9761    }
9762    /**
9763     * Gets the reference text.
9764     * @member PronunciationAssessmentConfig.prototype.referenceText
9765     * @function
9766     * @public
9767     * @returns {string} Reference text.
9768     */
9769    get referenceText() {
9770      return this.properties.getProperty(e.PropertyId.PronunciationAssessment_ReferenceText);
9771    }
9772    /**
9773     * Gets/Sets the reference text.
9774     * @member PronunciationAssessmentConfig.prototype.referenceText
9775     * @function
9776     * @public
9777     * @param {string} referenceText - Reference text.
9778     */
9779    set referenceText(p) {
9780      t.Contracts.throwIfNullOrWhitespace(p, "referenceText"), this.properties.setProperty(e.PropertyId.PronunciationAssessment_ReferenceText, p);
9781    }
9782    /**
9783     * Sets the phoneme alphabet.
9784     * The valid values are "SAPI" (default) and "IPA".
9785     * Added in version 1.20.0
9786     * @member PronunciationAssessmentConfig.prototype.phonemeAlphabet
9787     * @function
9788     * @public
9789     * @param {string} phonemeAlphabet - Phoneme alphabet.
9790     */
9791    set phonemeAlphabet(p) {
9792      t.Contracts.throwIfNullOrWhitespace(p, "phonemeAlphabet"), this.privPhonemeAlphabet = p;
9793    }
9794    /**
9795     * Sets the boolean enableMiscue property.
9796     * Added in version 1.26.0
9797     * @member PronunciationAssessmentConfig.prototype.enableMiscue
9798     * @function
9799     * @public
9800     * @param {boolean} enableMiscue - enable miscue.
9801     */
9802    set enableMiscue(p) {
9803      const a = p ? "true" : "false";
9804      this.properties.setProperty(e.PropertyId.PronunciationAssessment_EnableMiscue, a);
9805    }
9806    /**
9807     * Gets the boolean enableMiscue property.
9808     * Added in version 1.26.0
9809     * @member PronunciationAssessmentConfig.prototype.enableMiscue
9810     * @function
9811     * @public
9812     * @return {boolean} enableMiscue - enable miscue.
9813     */
9814    get enableMiscue() {
9815      return this.properties.getProperty(e.PropertyId.PronunciationAssessment_EnableMiscue, "false").toLowerCase() === "true";
9816    }
9817    /**
9818     * Sets the nbest phoneme count
9819     * Added in version 1.20.0
9820     * @member PronunciationAssessmentConfig.prototype.nbestPhonemeCount
9821     * @function
9822     * @public
9823     * @param {number} nbestPhonemeCount - NBest phoneme count.
9824     */
9825    set nbestPhonemeCount(p) {
9826      this.privNBestPhonemeCount = p;
9827    }
9828    /**
9829     * Enables the prosody assessment.
9830     * Added in version 1.34.0
9831     * @member PronunciationAssessmentConfig.prototype.enableProsodyAssessment
9832     * @function
9833     * @public
9834     * @param {boolean} enableProsodyAssessment - enable prosody assessment.
9835     */
9836    set enableProsodyAssessment(p) {
9837      this.privEnableProsodyAssessment = p;
9838    }
9839    /**
9840     * @member PronunciationAssessmentConfig.prototype.properties
9841     * @function
9842     * @public
9843     * @return {PropertyCollection} Properties of the config.
9844     * @summary Gets a pronunciation assessment config properties
9845     */
9846    get properties() {
9847      return this.privProperties;
9848    }
9849    updateJson() {
9850      const p = this.privProperties.getProperty(e.PropertyId.PronunciationAssessment_Json, "{}"), a = JSON.parse(p), n = this.privProperties.getProperty(e.PropertyId.PronunciationAssessment_ReferenceText);
9851      n && (a.referenceText = n);
9852      const i = this.privProperties.getProperty(e.PropertyId.PronunciationAssessment_GradingSystem);
9853      i && (a.gradingSystem = i);
9854      const o = this.privProperties.getProperty(e.PropertyId.PronunciationAssessment_Granularity);
9855      o && (a.granularity = o), this.privPhonemeAlphabet && (a.phonemeAlphabet = this.privPhonemeAlphabet), this.privNBestPhoneme

9855Count && (a.nbestPhonemeCount = this.privNBestPhonemeCount), a.enableProsodyAssessment = this.privEnableProsodyAssessment, a.dimension = "Comprehensive", this.privProperties.getProperty(e.PropertyId.PronunciationAssessment_EnableMiscue) && (a.enableMiscue = this.enableMiscue), this.privProperties.setProperty(e.PropertyId.PronunciationAssessment_Params, JSON.stringify(a));
9856    }
9857  };
9858  return Kt.PronunciationAssessmentConfig = r, Kt;
9859}
9860var Jt = {}, To;
9861function Bv() {
9862  if (To) return Jt;
9863  To = 1, Object.defineProperty(Jt, "__esModule", { value: !0 }), Jt.PronunciationAssessmentResult = void 0;
9864  const t = O, e = R();
9865  let r = class Rc {
9866    constructor(p) {
9867      const a = JSON.parse(p);
9868      t.Contracts.throwIfNullOrUndefined(a.NBest[0], "NBest"), this.privPronJson = a.NBest[0];
9869    }
9870    /**
9871     * @member PronunciationAssessmentResult.fromResult
9872     * @function
9873     * @public
9874     * @param {RecognitionResult} result The recognition result.
9875     * @return {PronunciationAssessmentConfig} Instance of PronunciationAssessmentConfig
9876     * @summary Creates an instance of the PronunciationAssessmentResult from recognition result.
9877     */
9878    static fromResult(p) {
9879      t.Contracts.throwIfNullOrUndefined(p, "result");
9880      const a = p.properties.getProperty(e.PropertyId.SpeechServiceResponse_JsonResult);
9881      return t.Contracts.throwIfNullOrUndefined(a, "json"), new Rc(a);
9882    }
9883    /**
9884     * Gets the detail result of pronunciation assessment.
9885     * @member PronunciationAssessmentConfig.prototype.detailResult
9886     * @function
9887     * @public
9888     * @returns {DetailResult} detail result.
9889     */
9890    get detailResult() {
9891      return this.privPronJson;
9892    }
9893    /**
9894     * The score indicating the pronunciation accuracy of the given speech, which indicates
9895     * how closely the phonemes match a native speaker's pronunciation.
9896     * @member PronunciationAssessmentResult.prototype.accuracyScore
9897     * @function
9898     * @public
9899     * @returns {number} Accuracy score.
9900     */
9901    get accuracyScore() {
9902      var p;
9903      return (p = this.detailResult.PronunciationAssessment) == null ? void 0 : p.AccuracyScore;
9904    }
9905    /**
9906     * The overall score indicating the pronunciation quality of the given speech.
9907     * This is calculated from AccuracyScore, FluencyScore and CompletenessScore with weight.
9908     * @member PronunciationAssessmentResult.prototype.pronunciationScore
9909     * @function
9910     * @public
9911     * @returns {number} Pronunciation score.
9912     */
9913    get pronunciationScore() {
9914      var p;
9915      return (p = this.detailResult.PronunciationAssessment) == null ? void 0 : p.PronScore;
9916    }
9917    /**
9918     * The score indicating the completeness of the given speech by calculating the ratio of pronounced words towards entire input.
9919     * @member PronunciationAssessmentResult.prototype.completenessScore
9920     * @function
9921     * @public
9922     * @returns {number} Completeness score.
9923     */
9924    get completenessScore() {
9925      var p;
9926      return (p = this.detailResult.PronunciationAssessment) == null ? void 0 : p.CompletenessScore;
9927    }
9928    /**
9929     * The score indicating the fluency of the given speech.
9930     * @member PronunciationAssessmentResult.prototype.fluencyScore
9931     * @function
9932     * @public
9933     * @returns {number} Fluency score.
9934     */
9935    get fluencyScore() {
9936      var p;
9937      return (p = this.detailResult.PronunciationAssessment) == null ? void 0 : p.FluencyScore;
9938    }
9939    /**
9940     * The prosody score, which indicates how nature of the given speech, including stress, intonation, speaking speed and rhythm.
9941     * @member PronunciationAssessmentResult.prototype.prosodyScore
9942     * @function
9943     * @public
9944     * @returns {number} Prosody score.
9945     */
9946    get prosodyScore() {
9947      var p;
9948      return (p = this.detailResult.PronunciationAssessment) == null ? void 0 : p.ProsodyScore;
9949    }
9950  };
9951  return Jt.PronunciationAssessmentResult = r, Jt;
9952}
9953var Vt = {}, Ao;
9954function qv() {
9955  if (Ao) return Vt;
9956  Ao = 1, Object.defineProperty(Vt, "__esModule", { value: !0 }), Vt.AvatarConfig = void 0;
9957  const t = O, e = R();
9958  let r = class {
9959    /**
9960     * Creates and initializes an instance of this class.
9961     * @constructor
9962     * @param {string} character - The avatar character.
9963     * @param {string} style - The avatar style.
9964     * @param {AvatarVideoFormat} videoFormat - The talking avatar output video format.
9965     */
9966    constructor(p, a, n) {
9967      this.privCustomized = !1, this.privUseBuiltInVoice = !1, t.Contracts.throwIfNullOrWhitespace(p, "character"), this.character = p, this.style = a, n === void 0 && (n = new e.AvatarVideoFormat()), this.videoFormat = n;
9968    }
9969    /**
9970     * Indicates if the talking avatar is customized.
9971     */
9972    get customized() {
9973      return this.privCustomized;
9974    }
9975    /**
9976     * Sets if the talking avatar is customized.
9977     */
9978    set customized(p) {
9979      this.privCustomized = p;
9980    }
9981    /**
9982     * Indicates whether to use built-in voice for custom avatar.
9983     */
9984    get useBuiltInVoice() {
9985      return this.privUseBuiltInVoice;
9986    }
9987    /**
9988     * Sets whether to use built-in voice for custom avatar.
9989     */
9990    set useBuiltInVoice(p) {
9991      this.privUseBuiltInVoice = p;
9992    }
9993    /**
9994     * Gets the photo avatar base model name.
9995     */
9996    get photoAvatarBaseModel() {
9997      return this.privPhotoAvatarBaseModel;
9998    }
9999    /**
10000     * Sets the photo avatar base model name.
10001     */
10002    set photoAvatarBaseModel(p) {
10003      this.privPhotoAvatarBaseModel = p;
10004    }
10005    /**
10006     * Gets the background color.
10007     */
10008    get backgroundColor() {

10009      return this.privBackgroundColor;
10010    }
10011    /**
10012     * Sets the background color.
10013     */
10014    set backgroundColor(p) {
10015      this.privBackgroundColor = p;
10016    }
10017    /**
10018     * Gets the background image.
10019     */
10020    get backgroundImage() {
10021      return this.privBackgroundImage;
10022    }
10023    /**
10024     * Sets the background image.
10025     * @param {URL} value - The background image.
10026     */
10027    set backgroundImage(p) {
10028      this.privBackgroundImage = p;
10029    }
10030    /**
10031     * Gets the remote ICE servers.
10032     * @remarks This method is designed to be used internally in the SDK.
10033     * @returns {RTCIceServer[]} The remote ICE servers.
10034     */
10035    get remoteIceServers() {
10036      return this.privRemoteIceServers;
10037    }
10038    /**
10039     * Sets the remote ICE servers.
10040     * @remarks Normally, the ICE servers are gathered from the PeerConnection,
10041     * set this property to override the ICE servers. E.g., the ICE servers are
10042     * different in client and server side.
10043     * @param {RTCIceServer[]} value - The remote ICE servers.
10044     */
10045    set remoteIceServers(p) {
10046      this.privRemoteIceServers = p;
10047    }
10048    /**
10049     * Gets the scene configuration for avatar positioning and orientation.
10050     * @returns {AvatarSceneConfig} The scene configuration.
10051     */
10052    get scene() {

10053      return this.privScene;
10054    }
10055    /**
10056     * Sets the scene configuration for avatar positioning and orientation.
10057     * @param {AvatarSceneConfig} value - The scene configuration.
10058     */
10059    set scene(p) {
10060      this.privScene = p;
10061    }
10062  };
10063  return Vt.AvatarConfig = r, Vt;
10064}
10065var Ec = {};
10066(function(t) {
10067  Object.defineProperty(t, "__esModule", { value: !0 }), t.AvatarEventArgs = t.AvatarEventTypes = void 0, function(r) {
10068    r.SwitchedToSpeaking = "SwitchedToSpeaking", r.SwitchedToIdle = "SwitchedToIdle", r.SessionClosed = "SessionClosed";
10069  }(t.AvatarEventTypes || (t.AvatarEventTypes = {}));
10070  class e {
10071    /**
10072     * Creates and initializes an instance of this class.
10073     * @constructor
10074     * @param {number} audioOffset - The audio offset.
10075     * @param {string} description - The description of the event.
10076     */
10077    constructor(s, p) {
10078      this.privOffset = s, this.privDescription = p;
10079    }
10080    /**
10081     * The type of the event.
10082     * @public
10083     * @returns {AvatarEventTypes} The type of the event.
10084     */
10085    get type() {
10086      return this.privType;
10087    }
10088    /**
10089     * The time offset associated with this event.
10090     * @public
10091     * @returns {number} The time offset associated with this event.
10092     */
10093    get offset() {
10094      return this.privOffset;
10095    }
10096    /**
10097     * The description of the event.
10098     * @public
10099     * @returns {string} The description of the event.
10100     */
10101    get description() {
10102      return this.privDescription;
10103    }
10104  }
10105  t.AvatarEventArgs = e;
10106})(Ec);
10107var Ui = {};
10108Object.defineProperty(Ui, "__esModule", { value: !0 });
10109Ui.AvatarSceneConfig = void 0;
10110class Fv {
10111  /**
10112   * Creates and initializes an instance of this class with default values.
10113   * @constructor
10114   * @param {number} zoom - The zoom level (0-1, default 1.0).
10115   * @param {number} positionX - The horizontal position offset (-1 to 1, default 0.0).
10116   * @param {number} positionY - The vertical position offset (-1 to 1, default 0.0).
10117   * @param {number} rotationX - The rotation around the X axis in radians (default 0.0).
10118   * @param {number} rotationY - The rotation around the Y axis in radians (default 0.0).
10119   * @param {number} rotationZ - The rotation around the Z axis in radians (default 0.0).
10120   * @param {number} amplitude - The amplitude of the avatar's movements (0 to 1, default 1.0).
10121   */
10122  constructor(e = 1, r = 0, s = 0, p = 0, a = 0, n = 0, i = 1) {
10123    this.zoom = e, this.positionX = r, this.positionY = s, this.rotationX = p, this.rotationY = a, this.rotationZ = n, this.amplitude = i;
10124  }
10125}
10126Ui.AvatarSceneConfig = Fv;
10127var Gt = {}, Qt = {}, Io;
10128function Tc() {
10129  if (Io) return Qt;
10130  Io = 1, Object.defineProperty(Qt, "__esModule", { value: !0 }), Qt.SpeechSynthesisConnectionFactory = void 0;
10131  const t = re(), e = R(), r = Se(), s = A(), p = Y, a = pe;
10132  let n = class {
10133    constructor() {
10134      this.synthesisUri = "/tts/cognitiveservices/websocket/v1";
10135    }
10136    async create(o, c, u) {
10137      let h = o.parameters.getProperty(e.PropertyId.SpeechServiceConnection_Endpoint, void 0);
10138      const d = o.parameters.getProperty(e.PropertyId.SpeechServiceConnection_Region, void 0), v = r.ConnectionFactoryBase.getHostSuffix(d), f = o.parameters.getProperty(e.PropertyId.SpeechServiceConnection_EndpointId, void 0), m = f === void 0 ? "tts" : "voice", S = o.parameters.getProperty(e.PropertyId.SpeechServiceConnection_Host, "wss://" + d + "." + m + ".speech" + v), l = {}, g = {};
10139      if (c.token !== void 0 && c.token !== "" && (g[c.headerName] = c.token), g[p.HeaderNames.ConnectionId] = u, f !== void 0 && f !== "" && (!h || h.search(a.QueryParameterNames.CustomVoiceDeploymentId) === -1) && (l[a.QueryParameterNames.CustomVoiceDeploymentId] = f), o.avatarEnabled && (!h || h.search(a.QueryParameterNames.EnableAvatar) === -1) && (l[a.QueryParameterNames.EnableAvatar] = "true"), h) {
10140        const y = new URL(h), P = y.pathname;
10141        (P === "" || P === "/") && (y.pathname = this.synthesisUri, h = await r.ConnectionFactoryBase.getRedirectUrlFromEndpoint(y.toString()));
10142      }
10143      h || (h = S + this.synthesisUri), o.parameters.setProperty(e.PropertyId.SpeechServiceConnection_Url, h);
10144      const C = o.parameters.getProperty("SPEECH-EnableWebsocketCompression", "false") === "true";
10145      return new t.WebsocketConnection(h, l, g, new s.WebsocketMessageFormatter(), t.ProxyInfo.fromParameters(o.parameters), C, u);
10146    }
10147  };
10148  return Qt.SpeechSynthesisConnectionFactory = n, Qt;
10149}
10150var wo;
10151function Uv() {
10152  if (wo) return Gt;
10153  wo = 1, Object.defineProperty(Gt, "__esModule", { value: !0 }), Gt.AvatarSynthesizer = void 0;
10154  const t = Tc(), e = A(), r = I(), s = Ie, p = R(), a = O, n = Kn();
10155  let i = class extends p.Synthesizer {
10156    /**
10157     * Creates and initializes an instance of this class.
10158     * @constructor
10159     * @param {SpeechConfig} speechConfig - The speech config.
10160     * @param {AvatarConfig} avatarConfig - The talking avatar config.
10161     */
10162    constructor(c, u) {
10163      super(c), a.Contracts.throwIfNullOrUndefined(u, "avatarConfig"), this.privConnectionFactory = new t.SpeechSynthesisConnectionFactory(), this.privAvatarConfig = u, this.implCommonSynthesizeSetup();
10164    }
10165    implCommonSynthesizeSetup() {
10166      super.implCommonSynthesizeSetup(), this.privAdapter.audioOutputFormat = s.AudioOutputFormatImpl.fromSpeechSynthesisOutputFormat(p.SpeechSynthesisOutputFormat.Riff24Khz16BitMonoPcm);
10167    }
10168    /**
10169     * Starts the talking avatar session and establishes the WebRTC connection.
10170     * @member AvatarSynthesizer.prototype.startAvatarAsync
10171     * @function
10172     * @public
10173     * @param {AvatarWebRTCConnectionInfo} peerConnection - The peer connection.
10174     * @returns {Promise<SynthesisResult>} The promise of the connection result.
10175     */
10176    async startAvatarAsync(c) {
10177      a.Contracts.throwIfNullOrUndefined(c, "peerConnection"), this.privIceServers = c.getConfiguration().iceServers, a.C

10177ontracts.throwIfNullOrUndefined(this.privIceServers, "Ice servers must be set.");
10178      const u = new r.Deferred();
10179      c.onicegatheringstatechange = () => {
10180        r.Events.instance.onEvent(new r.PlatformEvent("peer connection: ice gathering state: " + c.iceGatheringState, r.EventType.Debug)), c.iceGatheringState === "complete" && (r.Events.instance.onEvent(new r.PlatformEvent("peer connection: ice gathering complete.", r.EventType.Info)), u.resolve());
10181      }, c.onicecandidate = (m) => {
10182        m.candidate ? r.Events.instance.onEvent(new r.PlatformEvent("peer connection: ice candidate: " + m.candidate.candidate, r.EventType.Debug)) : (r.Events.instance.onEvent(new r.PlatformEvent("peer connection: ice candidate: complete", r.EventType.Debug)), u.resolve());
10183      }, setTimeout(() => {
10184        c.iceGatheringState !== "complete" && (r.Events.instance.onEvent(new r.PlatformEvent("peer connection: ice gathering timeout.", r.EventType.Warning)), u.resolve());
10185      }, 2e3);
10186      const h = await c.createOffer();
10187      await c.setLocalDescription(h), await u.promise, r.Events.instance.onEvent(new r.PlatformEvent("peer connection: got local SDP.", r.EventType.Info)), this.privProperties.setProperty(p.PropertyId.TalkingAvatarService_WebRTC_SDP, JSON.stringify(c.localDescription));
10188      const d = await this.speak("", !1);
10189      if (d.reason !== p.ResultReason.SynthesizingAudioCompleted)
10190        return new p.SynthesisResult(d.resultId, d.reason, d.errorDetails, d.properties);
10191      const v = atob(d.properties.getProperty(p.PropertyId.TalkingAvatarService_WebRTC_SDP)), f = new RTCSessionDescription(JSON.parse(v));
10192      return await c.setRemoteDescription(f), new p.SynthesisResult(d.resultId, d.reason, void 0, d.properties);
10193    }
10194    /**
10195     * Speaks plain text asynchronously. The rendered audio and video will be sent via the WebRTC connection.
10196     * @member AvatarSynthesizer.prototype.speakTextAsync
10197     * @function
10198     * @public
10199     * @param {string} text - The plain text to speak.
10200     * @returns {Promise<SynthesisResult>} The promise of the synthesis result.
10201     */
10202    async speakTextAsync(c) {
10203      const u = await this.speak(c, !1);
10204      return new p.SynthesisResult(u.resultId, u.reason, u.errorDetails, u.properties);
10205    }
10206    /**
10207     * Speaks SSML asynchronously. The rendered audio and video will be sent via the WebRTC connection.
10208     * @member AvatarSynthesizer.prototype.speakSsmlAsync
10209     * @function
10210     * @public
10211     * @param {string} ssml - The SSML text to speak.
10212     * @returns {Promise<SynthesisResult>} The promise of the synthesis result.
10213     */
10214    async speakSsmlAsync(c) {
10215      const u = await this.speak(c, !0);
10216      return new p.SynthesisResult(u.resultId, u.reason, u.errorDetails, u.properties);
10217    }
10218    /**
10219     * Speaks text asynchronously. The avatar will switch to idle state.
10220     * @member AvatarSynthesizer.prototype.stopSpeakingAsync
10221     * @function
10222     * @public
10223     * @returns {Promise<void>} The promise of the void result.
10224     */
10225    async stopSpeakingAsync() {
10226      for (; this.synthesisRequestQueue.length() > 0; )
10227        (await this.synthesisRequestQueue.dequeue()).err("Synthesis is canceled by user.");
10228      return this.privAdapter.stopSpeaking();
10229    }
10230    /**
10231     * Updates the avatar scene configuration at runtime.
10232     * This allows changing the avatar's zoom, position, amplitude, and rotation while the session is active.
10233     * @member AvatarSynthesizer.prototype.updateSceneAsync
10234     * @function
10235     * @public
10236     * @param {AvatarSceneConfig}

10236 sceneConfig - The new scene configuration to apply.
10237     * @returns {Promise<void>} The promise of the void result.
10238     */
10239    async updateSceneAsync(c) {
10240      a.Contracts.throwIfDisposed(this.privDisposed), a.Contracts.throwIfNullOrUndefined(c, "sceneConfig");
10241      const u = {
10242        avatarScene: {
10243          amplitude: c.amplitude,
10244          positionX: c.positionX,
10245          positionY: c.positionY,
10246          rotationX: c.rotationX,
10247          rotationY: c.rotationY,
10248          rotationZ: c.rotationZ,
10249          zoom: c.zoom
10250        }
10251      };
10252      return this.privAdapter.sendNetworkMessage("synthesis.control", JSON.stringify(u));
10253    }
10254    /**
10255     * Stops the talking avatar session and closes the WebRTC connection.
10256     * For now, this is the same as close().
10257     * You need to create a new AvatarSynthesizer instance to start a new session.
10258     * @member AvatarSynthesizer.prototype.stopAvatarAsync
10259     * @function
10260     * @public
10261     * @returns {Promise<void>} The promise of the void result.
10262     */
10263    async stopAvatarAsync() {
10264      return a.Contracts.throwIfDisposed(this.privDisposed), this.dispose(!0);
10265    }
10266    /**
10267     * Dispose of associated resources.
10268     * @member AvatarSynthesizer.prototype.close
10269     * @function
10270     * @public
10271     */
10272    async close() {
10273      if (!this.privDisposed)
10274        return this.dispose(!0);
10275    }
10276    /**
10277     * Gets the ICE servers. Internal use only.
10278     */
10279    get iceServers() {
10280      return this.privIceServers;
10281    }
10282    // Creates the synthesis adapter
10283    createSynthesisAdapter(c, u, h) {
10284      return new e.AvatarSynthesisAdapter(c, u, h, this, this.privAvatarConfig);
10285    }
10286    createRestSynthesisAdapter(c, u) {
10287    }
10288    createSynthesizerConfig(c) {
10289      const u = super.createSynthesizerConfig(c);
10290      return u.avatarEnabled = !0, u;
10291    }
10292    async speak(c, u) {
10293      const h = (0, r.createNoDashGuid)(), d = new r.Deferred();
10294      return this.synthesisRequestQueue.enqueue(new n.SynthesisRequest(h, c, u, (v) => {
10295        d.resolve(v), this.privSynthesizing = !1, this.adapterSpeak();
10296      }, (v) => {
10297        d.reject(v), this.privSynthesizing = !1;
10298      })), this.adapterSpeak(), d.promise;
10299    }
10300  };
10301  return Gt.AvatarSynthesizer = i, Gt;
10302}
10303var Ke = {};
10304Object.defineProperty(Ke, "__esModule", { value: !0 });
10305Ke.AvatarVideoFormat = Ke.Coordinate = void 0;
10306class xv {
10307  constructor(e, r) {
10308    this.x = e, this.y = r;
10309  }
10310}
10311Ke.Coordinate = xv;
10312class Wv {
10313  /**
10314   * Creates and initializes an instance of this class.
10315   * @constructor
10316   * @param {string} codec - The video codec.
10317   * @param {number} bitrate - The video bitrate.
10318   * @param {number} width - The video width.
10319   * @param {number} height - The video height.
10320   */
10321  constructor(e = "H264", r = 2e6, s = 1920, p = 1080) {
10322    this.codec = e, this.bitrate = r, this.width = s, this.height = p;
10323  }
10324  /**
10325   * Sets the video crop range.
10326   */
10327  setCropRange(e, r) {
10328    this.cropRange = {
10329      bottomRight: r,
10330      topLeft: e
10331    };
10332  }
10333}
10334Ke.AvatarVideoFormat = Wv;
10335var Xt = {}, _o;
10336function Hv() {
10337  if (_o) return Xt;
10338  _o = 1, Object.defineProperty(Xt, "__esModule", { value: !0 }), Xt.AvatarWebRTCConnectionResult = void 0;
10339  const t = R();
10340  let e = class extends t.SynthesisResult {
10341    /**
10342     * Creates and initializes an instance of this class.
10343     * @constructor
10344     * @param {RTCSessionDescriptionInit} SDPAnswer - The SDP answer of WebRTC connection.
10345     * @param {string} resultId - The result id.
10346     * @param {ResultReason} reason - The reason.
10347     * @param {string} errorDetails - Error details, if provided.
10348     * @param {PropertyCollection} properties - Additional properties, if provided.
10349     */
10350    constructor(s, p, a, n, i) {
10351      super(p, a, n, i), this.privSDPAnswer = s;
10352    }
10353    /**
10354     * Specifies SDP (Session Description Protocol) answer of WebRTC connection.
10355     * @member AvatarWebRTCConnectionResult.prototype.SDPAnswer
10356     * @function
10357     * @public
10358     * @returns {RTCSessionDescriptionInit} Specifies the SDP answer of WebRTC connection.
10359     */
10360    get SDPAnswer() {
10361      return this.privSDPAnswer;
10362    }
10363  };
10364  return Xt.AvatarWebRTCConnectionResult = e, Xt;
10365}
10366var Yt = {}, bo;
10367function Kv() {
10368  if (bo) return Yt;

10369  bo = 1, Object.defineProperty(Yt, "__esModule", { value: !0 }), Yt.Diagnostics = void 0;
10370  const t = re(), e = I();
10371  let r = class {
10372    static SetLoggingLevel(p) {
10373      this.privListener = new t.ConsoleLoggingListener(p), e.Events.instance.attachConsoleListener(this.privListener);
10374    }
10375    static StartConsoleOutput() {
10376      this.privListener && (this.privListener.enableConsoleOutput = !0);
10377    }
10378    static StopConsoleOutput() {
10379      this.privListener && (this.privListener.enableConsoleOutput = !1);
10380    }
10381    static SetLogOutputPath(p) {
10382      if (typeof window > "u")
10383        this.privListener && (this.privListener.logPath = p);
10384      else
10385        throw new Error("File system logging not available in browser.");
10386    }
10387    static set onLogOutput(p) {
10388      this.privListener && (this.privListener.logCallback = p);
10389    }
10390  };
10391  return Yt.Diagnostics = r, r.privListener = void 0, Yt;
10392}
10393var Mo;
10394function R() {
10395  return Mo || (Mo = 1, function(t) {
10396    Object.defineProperty(t, "__esModule", { value: !0 }), t.CustomCommandsConfig = t.BotFrameworkConfig = t.DialogServiceConfig = t.PhraseListGrammar = t.Connection = t.ServiceEventArgs = t.ConnectionEventArgs = t.CancellationErrorCode = t.CancellationDetails = t.CancellationDetailsBase = t.TranslationRecognitionCanceledEventArgs = t.NoMatchDetails = t.NoMatchReason = t.Translations = t.TranslationRecognizer = t.SpeechRecognizer = t.Recognizer = t.PropertyId = t.PropertyCollection = t.SpeechTranslationConfigImpl = t.SpeechTranslationConfig = t.SpeechConfigImpl = t.SpeechConfig = t.ResultReason = t.TranslationSynthesisResult = t.TranslationRecognitionResult = t.TranslationSynthesisEventArgs = t.TranslationRecognitionEventArgs = t.SpeechRecognitionCanceledEventArgs = t.MeetingTranscriptionEventArgs = t.ConversationTranscriptionEventArgs = t.SpeechRecognitionEventArgs = t.SpeechRecognitionResult = t.RecognitionResult = t.OutputFormat = t.RecognitionEventArgs = t.SessionEventArgs = t.KeywordRecognitionModel = t.PushAudioOutputStreamCallback = t.PullAudioInputStreamCallback = t.CancellationReason = t.PushAudioOutputStream = t.PullAudioOutputStream = t.AudioOutputStream = t.PushAudioInputStream = t.PullAudioInputStream = t.AudioInputStream = t.AudioFormatTag = t.AudioStreamFormat = t.AudioConfig = void 0, t.AvatarSceneConfig = t.AvatarEventArgs = t.AvatarConfig = t.LanguageIdMode = t.PronunciationAssessmentResult = t.PronunciationAssessmentConfig = t.PronunciationAssessmentGranularity = t.PronunciationAssessmentGradingSystem = t.MeetingTranscriptionCanceledEventArgs = t.ConversationTranscriptionCanceledEventArgs = t.SpeakerAudioDestination = t.VoiceInfo = t.SynthesisVoiceType = t.SynthesisVoiceGender = t.SynthesisVoicesResult = t.SpeechSynthesisBoundaryType = t.SpeechSynthesisVisemeEventArgs = t.SpeechSynthesisBookmarkEventArgs = t.SpeechSynthesisWordBoundaryEventArgs = t.SpeechSynthesisEventArgs = t.SpeechSynthesisResult = t.SynthesisResult = t.SpeechSynthesizer = t.SpeechSynthesisOutputFormat = t.Synthesizer = t.User = t.ParticipantChangedReason = t.Participant = t.MeetingTranscriber = t.Meeting = t.ConversationTranscriptionResult = t.ConversationTranscriber = t.ConversationTranslator = t.ConversationTranslationResult = t.ConversationTranslationEventArgs = t.ConversationTranslationCanceledEventArgs = t.ConversationParticipantsChangedEventArgs = t.ConversationExpirationEventArgs = t.Conversation = t.SourceLanguageConfig = t.AutoDetectSourceLanguageResult = t.AutoDetectSourceLanguageConfig = t.ConnectionMessage = t.ConnectionMessageEventArgs = t.BaseAudioPlayer = t.ProfanityOption = t.ServicePropertyChannel = t.TurnStatusReceivedEventArgs = t.ActivityReceivedEventArgs = t.DialogServiceConnector = void 0, t.LogLevel = t.Diagnostics = t.AvatarWebRTCConnectionResult = t.Coordinate = t.AvatarVideoFormat = t.AvatarSynthesizer = void 0;
10397    var e = Id();
10398    Object.defineProperty(t, "AudioConfig", { enumerable: !0, get: function() {
10399      return e.AudioConfig;
10400    } });
10401    var r = Ae;
10402    Object.defineProperty(t, "AudioStreamFormat", { enumerable: !0, get: function() {
10403      return r.AudioStreamFormat;
10404    } }), Object.defineProperty(t, "AudioFormatTag", { enumerable: !0, get: function() {
10405      return r.AudioFormatTag;
10406    } });
10407    var s = xa();

10408    Object.defineProperty(t, "AudioInputStream", { enumerable: !0, get: function() {
10409      return s.AudioInputStream;
10410    } }), Object.defineProperty(t, "PullAudioInputStream", { enumerable: !0, get: function() {
10411      return s.PullAudioInputStream;
10412    } }), Object.defineProperty(t, "PushAudioInputStream", { enumerable: !0, get: function() {
10413      return s.PushAudioInputStream;
10414    } });
10415    var p = U;
10416    Object.defineProperty(t, "AudioOutputStream", { enumerable: !0, get: function() {
10417      return p.AudioOutputStream;
10418    } }), Object.defineProperty(t, "PullAudioOutputStream", { enumerable: !0, get: function() {
10419      return p.PullAudioOutputStream;
10420    } }), Object.defineProperty(t, "PushAudioOutputStream", { enumerable: !0, get: function() {
10421      return p.PushAudioOutputStream;
10422    } });
10423    var a = Va;
10424    Object.defineProperty(t, "CancellationReason", { enumerable: !0, get: function() {
10425      return a.CancellationReason;
10426    } });
10427    var n = Ci;
10428    Object.defineProperty(t, "PullAudioInputStreamCallback", { enumerable: !0, get: function() {
10429      return n.PullAudioInputStreamCallback;
10430    } });
10431    var i = yi;
10432    Object.defineProperty(t, "PushAudioOutputStreamCallback", { enumerable: !0, get: function() {
10433      return i.PushAudioOutputStreamCallback;
10434    } });
10435    var o = Pi;
10436    Object.defineProperty(t, "KeywordRecognitionModel", { enumerable: !0, get: function() {
10437      return o.KeywordRecognitionModel;
10438    } });
10439    var c = Ri;
10440    Object.defineProperty(t, "SessionEventArgs", { enumerable: !0, get: function() {
10441      return c.SessionEventArgs;
10442    } });
10443    var u = Od();
10444    Object.defineProperty(t, "RecognitionEventArgs", { enumerable: !0, get: function() {
10445      return u.RecognitionEventArgs;
10446    } });
10447    var h = Ga;
10448    Object.defineProperty(t, "OutputFormat", { enumerable: !0, get: function() {
10449      return h.OutputFormat;
10450    } });
10451    var d = Ei;
10452    Object.defineProperty(t, "RecognitionResult", { enumerable: !0, get: function() {
10453      return d.RecognitionResult;
10454    } });
10455    var v = kd();
10456    Object.defineProperty(t, "SpeechRecognitionResult", { enumerable: !0, get: function() {
10457      return v.SpeechRecognitionResult;
10458    } });
10459    var f = Nd();
10460    Object.defineProperty(t, "SpeechRecognitionEventArgs", { enumerable: !0, get: function() {
10461      return f.SpeechRecognitionEventArgs;
10462    } }), Object.defineProperty(t, "ConversationTranscriptionEventArgs", { enumerable: !0, get: function() {
10463      return f.ConversationTranscriptionEventArgs;
10464    } }), Object.defineProperty(t, "MeetingTranscriptionEventArgs", { enumerable: !0, get: function() {
10465      return f.MeetingTranscriptionEventArgs;
10466    } });
10467    var m = zd();
10468    Object.defineProperty(t, "SpeechRecognitionCanceledEventArgs", { enumerable: !0, get: function() {
10469      return m.SpeechRecognitionCanceledEventArgs;
10470    } });
10471    var S = jd();
10472    Object.defineProperty(t, "TranslationRecognitionEventArgs", { enumerable: !0, get: function() {
10473      return S.TranslationRecognitionEventArgs;
10474    } });
10475    var l = Ld();
10476    Object.defineProperty(t, "TranslationSynthesisEventArgs", { enumerable: !0, get: function() {
10477      return l.TranslationSynthesisEventArgs;
10478    } });
10479    var g = Xa();
10480    Object.defineProperty(t, "TranslationRecognitionResult", { enumerable: !0, get: function() {
10481      return g.TranslationRecognitionResult;
10482    } });
10483    var C = Ti;
10484    Object.defineProperty(t, "TranslationSynthesisResult", { enumerable: !0, get: function() {
10485      return C.TranslationSynthesisResult;
10486    } });
10487    var y = Ya;
10488    Object.defineProperty(t, "ResultReason", { enumerable: !0, get: function() {
10489      return y.ResultReason;
10490    } });
10491    var P = qd();
10492    Object.defineProperty(t, "SpeechConfig", { enumerable: !0, get: function() {
10493      return P.SpeechConfig;
10494    } }), Object.defineProperty(t, "SpeechConfigImpl", { enumerable: !0, get: function() {
10495      return P.SpeechConfigImpl;
10496    } });
10497    var T = Fd();
10498    Object.defineProperty(t, "SpeechTranslationConfig", { enumerable: !0, get: function() {
10499      return T.SpeechTranslationConfig;
10500    } }), Object.defineProperty(t, "SpeechTranslationConfigImpl", { enumerable: !0, get: function() {
10501      return T.SpeechTranslationConfigImpl;
10502    } });
10503    var _ = $a();

10504    Object.defineProperty(t, "PropertyCollection", { enumerable: !0, get: function() {
10505      return _.PropertyCollection;
10506    } });
10507    var E = Ai;
10508    Object.defineProperty(t, "PropertyId", { enumerable: !0, get: function() {
10509      return E.PropertyId;
10510    } });
10511    var z = Ud();
10512    Object.defineProperty(t, "Recognizer", { enumerable: !0, get: function() {
10513      return z.Recognizer;
10514    } });
10515    var L = xd();
10516    Object.defineProperty(t, "SpeechRecognizer", { enumerable: !0, get: function() {
10517      return L.SpeechRecognizer;
10518    } });
10519    var ne = Wd();
10520    Object.defineProperty(t, "TranslationRecognizer", { enumerable: !0, get: function() {
10521      return ne.TranslationRecognizer;
10522    } });
10523    var We = Hd();
10524    Object.defineProperty(t, "Translations", { enumerable: !0, get: function() {
10525      return We.Translations;
10526    } });
10527    var Z = sc;
10528    Object.defineProperty(t, "NoMatchReason", { enumerable: !0, get: function() {
10529      return Z.NoMatchReason;
10530    } });
10531    var ns = Kd();
10532    Object.defineProperty(t, "NoMatchDetails", { enumerable: !0, get: function() {
10533      return ns.NoMatchDetails;
10534    } });
10535    var Qc = Ii;
10536    Object.defineProperty(t, "TranslationRecognitionCanceledEventArgs", { enumerable: !0, get: function() {
10537      return Qc.TranslationRecognitionCanceledEventArgs;
10538    } });
10539    var Xc = jr;
10540    Object.defineProperty(t, "CancellationDetailsBase", { enumerable: !0, get: function() {
10541      return Xc.CancellationDetailsBase;
10542    } });
10543    var Yc = Gd();
10544    Object.defineProperty(t, "CancellationDetails", { enumerable: !0, get: function() {
10545      return Yc.CancellationDetails;
10546    } });
10547    var Zc = cc;
10548    Object.defineProperty(t, "CancellationErrorCode", { enumerable: !0, get: function() {
10549      return Zc.CancellationErrorCode;
10550    } });
10551    var $c = Qd();
10552    Object.defineProperty(t, "ConnectionEventArgs", { enumerable: !0, get: function() {
10553      return $c.ConnectionEventArgs;
10554    } });
10555    var ep = Xd();
10556    Object.defineProperty(t, "ServiceEventArgs", { enumerable: !0, get: function() {
10557      return ep.ServiceEventArgs;
10558    } });
10559    var tp = ic();
10560    Object.defineProperty(t, "Connection", { enumerable: !0, get: function() {
10561      return tp.Connection;
10562    } });
10563    var rp = wi;
10564    Object.defineProperty(t, "PhraseListGrammar", { enumerable: !0, get: function() {
10565      return rp.PhraseListGrammar;
10566    } });
10567    var ip = Fn();
10568    Object.defineProperty(t, "DialogServiceConfig", { enumerable: !0, get: function() {
10569      return ip.DialogServiceConfig;
10570    } });
10571    var np = Zd();
10572    Object.defineProperty(t, "BotFrameworkConfig", { enumerable: !0, get: function() {
10573      return np.BotFrameworkConfig;
10574    } });
10575    var sp = $d();
10576    Object.defineProperty(t, "CustomCommandsConfig", { enumerable: !0, get: function() {
10577      return sp.CustomCommandsConfig;
10578    } });
10579    var op = tv();
10580    Object.defineProperty(t, "DialogServiceConnector", { enumerable: !0, get: function() {
10581      return op.DialogServiceConnector;
10582    } });
10583    var ap = _i;
10584    Object.defineProperty(t, "ActivityReceivedEventArgs", { enumerable: !0, get: function() {
10585      return ap.ActivityReceivedEventArgs;
10586    } });
10587    var cp = bi;
10588    Object.defineProperty(t, "TurnStatusReceivedEventArgs", { enumerable: !0, get: function() {
10589      return cp.TurnStatusReceivedEventArgs;
10590    } });
10591    var pp = pc;
10592    Object.defineProperty(t, "ServicePropertyChannel", { enumerable: !0, get: function() {
10593      return pp.ServicePropertyChannel;
10594    } });
10595    var up = uc;
10596    Object.defineProperty(t, "ProfanityOption", { enumerable: !0, get: function() {
10597      return up.ProfanityOption;
10598    } });
10599    var hp = sv();

10600    Object.defineProperty(t, "BaseAudioPlayer", { enumerable: !0, get: function() {
10601      return hp.BaseAudioPlayer;
10602    } });
10603    var dp = Oi;
10604    Object.defineProperty(t, "ConnectionMessageEventArgs", { enumerable: !0, get: function() {
10605      return dp.ConnectionMessageEventArgs;
10606    } });
10607    var vp = rc();
10608    Object.defineProperty(t, "ConnectionMessage", { enumerable: !0, get: function() {
10609      return vp.ConnectionMessage;
10610    } });
10611    var lp = av();
10612    Object.defineProperty(t, "AutoDetectSourceLanguageConfig", { enumerable: !0, get: function() {
10613      return lp.AutoDetectSourceLanguageConfig;
10614    } });
10615    var fp = Di;
10616    Object.defineProperty(t, "AutoDetectSourceLanguageResult", { enumerable: !0, get: function() {
10617      return fp.AutoDetectSourceLanguageResult;
10618    } });
10619    var gp = ki;
10620    Object.defineProperty(t, "SourceLanguageConfig", { enumerable: !0, get: function() {
10621      return gp.SourceLanguageConfig;
10622    } });
10623    var ee = Hn();
10624    Object.defineProperty(t, "Conversation", { enumerable: !0, get: function() {
10625      return ee.Conversation;
10626    } }), Object.defineProperty(t, "ConversationExpirationEventArgs", { enumerable: !0, get: function() {
10627      return ee.ConversationExpirationEventArgs;
10628    } }), Object.defineProperty(t, "ConversationParticipantsChangedEventArgs", { enumerable: !0, get: function() {
10629      return ee.ConversationParticipantsChangedEventArgs;
10630    } }), Object.defineProperty(t, "ConversationTranslationCanceledEventArgs", { enumerable: !0, get: function() {
10631      return ee.ConversationTranslationCanceledEventArgs;
10632    } }), Object.defineProperty(t, "ConversationTranslationEventArgs", { enumerable: !0, get: function() {
10633      return ee.ConversationTranslationEventArgs;
10634    } }), Object.defineProperty(t, "ConversationTranslationResult", { enumerable: !0, get: function() {
10635      return ee.ConversationTranslationResult;
10636    } }), Object.defineProperty(t, "ConversationTranslator", { enumerable: !0, get: function() {
10637      return ee.ConversationTranslator;
10638    } }), Object.defineProperty(t, "ConversationTranscriber", { enumerable: !0, get: function() {
10639      return ee.ConversationTranscriber;
10640    } }), Object.defineProperty(t, "ConversationTranscriptionResult", { enumerable: !0, get: function() {
10641      return ee.ConversationTranscriptionResult;
10642    } }), Object.defineProperty(t, "Meeting", { enumerable: !0, get: function() {
10643      return ee.Meeting;
10644    } }), Object.defineProperty(t, "MeetingTranscriber", { enumerable: !0, get: function() {
10645      return ee.MeetingTranscriber;
10646    } }), Object.defineProperty(t, "Participant", { enumerable: !0, get: function() {
10647      return ee.Participant;
10648    } }), Object.defineProperty(t, "ParticipantChangedReason", { enumerable: !0, get: function() {
10649      return ee.ParticipantChangedReason;
10650    } }), Object.defineProperty(t, "User", { enumerable: !0, get: function() {
10651      return ee.User;
10652    } });
10653    var mp = Kn();
10654    Object.defineProperty(t, "Synthesizer", { enumerable: !0, get: function() {
10655      return mp.Synthesizer;
10656    } });
10657    var Sp = jn;
10658    Object.defineProperty(t, "SpeechSynthesisOutputFormat", { enumerable: !0, get: function() {
10659      return Sp.SpeechSynthesisOutputFormat;
10660    } });
10661    var Cp = Tv();
10662    Object.defineProperty(t, "SpeechSynthesizer", { enumerable: !0, get: function() {
10663      return Cp.SpeechSynthesizer;
10664    } });
10665    var yp = zi;
10666    Object.defineProperty(t, "SynthesisResult", { enumerable: !0, get: function() {
10667      return yp.SynthesisResult;
10668    } });
10669    var Pp = Iv();
10670    Object.defineProperty(t, "SpeechSynthesisResult", { enumerable: !0, get: function() {
10671      return Pp.SpeechSynthesisResult;
10672    } });
10673    var Rp = ji;
10674    Object.defineProperty(t, "SpeechSynthesisEventArgs", { enumerable: !0, get: function() {
10675      return Rp.SpeechSynthesisEventArgs;
10676    } });
10677    var Ep = Li;
10678    Object.defineProperty(t, "SpeechSynthesisWordBoundaryEventArgs", { enumerable: !0, get: function() {
10679      return Ep.SpeechSynthesisWordBoundaryEventArgs;
10680    } });
10681    var Tp = Bi;
10682    Object.defineProperty(t, "SpeechSynthesisBookmarkEventArgs", { enumerable: !0, get: function() {
10683      return Tp.SpeechSynthesisBookmarkEventArgs;
10684    } });
10685    var Ap = qi;

10686    Object.defineProperty(t, "SpeechSynthesisVisemeEventArgs", { enumerable: !0, get: function() {
10687      return Ap.SpeechSynthesisVisemeEventArgs;
10688    } });
10689    var Ip = mc;
10690    Object.defineProperty(t, "SpeechSynthesisBoundaryType", { enumerable: !0, get: function() {
10691      return Ip.SpeechSynthesisBoundaryType;
10692    } });
10693    var wp = Ov();
10694    Object.defineProperty(t, "SynthesisVoicesResult", { enumerable: !0, get: function() {
10695      return wp.SynthesisVoicesResult;
10696    } });
10697    var sn = Sc;
10698    Object.defineProperty(t, "SynthesisVoiceGender", { enumerable: !0, get: function() {
10699      return sn.SynthesisVoiceGender;
10700    } }), Object.defineProperty(t, "SynthesisVoiceType", { enumerable: !0, get: function() {
10701      return sn.SynthesisVoiceType;
10702    } }), Object.defineProperty(t, "VoiceInfo", { enumerable: !0, get: function() {
10703      return sn.VoiceInfo;
10704    } });
10705    var _p = Fi;
10706    Object.defineProperty(t, "SpeakerAudioDestination", { enumerable: !0, get: function() {
10707      return _p.SpeakerAudioDestination;
10708    } });
10709    var bp = zv();
10710    Object.defineProperty(t, "ConversationTranscriptionCanceledEventArgs", { enumerable: !0, get: function() {
10711      return bp.ConversationTranscriptionCanceledEventArgs;
10712    } });
10713    var Mp = jv();

10714    Object.defineProperty(t, "MeetingTranscriptionCanceledEventArgs", { enumerable: !0, get: function() {
10715      return Mp.MeetingTranscriptionCanceledEventArgs;
10716    } });
10717    var Op = Cc;
10718    Object.defineProperty(t, "PronunciationAssessmentGradingSystem", { enumerable: !0, get: function() {
10719      return Op.PronunciationAssessmentGradingSystem;
10720    } });
10721    var Dp = yc;
10722    Object.defineProperty(t, "PronunciationAssessmentGranularity", { enumerable: !0, get: function() {
10723      return Dp.PronunciationAssessmentGranularity;
10724    } });
10725    var kp = Lv();
10726    Object.defineProperty(t, "PronunciationAssessmentConfig", { enumerable: !0, get: function() {
10727      return kp.PronunciationAssessmentConfig;
10728    } });
10729    var Np = Bv();
10730    Object.defineProperty(t, "PronunciationAssessmentResult", { enumerable: !0, get: function() {
10731      return Np.PronunciationAssessmentResult;
10732    } });
10733    var zp = xn;
10734    Object.defineProperty(t, "LanguageIdMode", { enumerable: !0, get: function() {
10735      return zp.LanguageIdMode;
10736    } });
10737    var jp = qv();
10738    Object.defineProperty(t, "AvatarConfig", { enumerable: !0, get: function() {
10739      return jp.AvatarConfig;
10740    } });
10741    var Lp = Ec;
10742    Object.defineProperty(t, "AvatarEventArgs", { enumerable: !0, get: function() {
10743      return Lp.AvatarEventArgs;
10744    } });
10745    var Bp = Ui;
10746    Object.defineProperty(t, "AvatarSceneConfig", { enumerable: !0, get: function() {
10747      return Bp.AvatarSceneConfig;
10748    } });
10749    var qp = Uv();

10750    Object.defineProperty(t, "AvatarSynthesizer", { enumerable: !0, get: function() {
10751      return qp.AvatarSynthesizer;
10752    } });
10753    var ss = Ke;
10754    Object.defineProperty(t, "AvatarVideoFormat", { enumerable: !0, get: function() {
10755      return ss.AvatarVideoFormat;
10756    } }), Object.defineProperty(t, "Coordinate", { enumerable: !0, get: function() {
10757      return ss.Coordinate;
10758    } });
10759    var Fp = Hv();
10760    Object.defineProperty(t, "AvatarWebRTCConnectionResult", { enumerable: !0, get: function() {
10761      return Fp.AvatarWebRTCConnectionResult;
10762    } });
10763    var Up = Kv();
10764    Object.defineProperty(t, "Diagnostics", { enumerable: !0, get: function() {
10765      return Up.Diagnostics;
10766    } });
10767    var xp = Nn;
10768    Object.defineProperty(t, "LogLevel", { enumerable: !0, get: function() {
10769      return xp.LogLevel;
10770    } });
10771  }(mn)), mn;
10772}
10773var Oo;
10774function Jv() {
10775  if (Oo) return nt;
10776  Oo = 1, Object.defineProperty(nt, "__esModule", { value: !0 }), nt.ProxyInfo = void 0;
10777  const t = R();
10778  let e = class Ac {
10779    constructor(s, p, a, n) {
10780      this.privProxyHostName = s, this.privProxyPort = p, this.privProxyUserName = a, this.privProxyPassword = n;
10781    }
10782    static fromParameters(s) {
10783      return new Ac(s.getProperty(t.PropertyId.SpeechServiceConnection_ProxyHostName), parseInt(s.getProperty(t.PropertyId.SpeechServiceConnection_ProxyPort), 10), s.getProperty(t.PropertyId.SpeechServiceConnection_ProxyUserName), s.getProperty(t.PropertyId.SpeechServiceConnection_ProxyPassword));
10784    }
10785    static fromRecognizerConfig(s) {
10786      return this.fromParameters(s.parameters);
10787    }
10788    get HostName() {
10789      return this.privProxyHostName;
10790    }
10791    get Port() {
10792      return this.privProxyPort;
10793    }
10794    get UserName() {
10795      return this.privProxyUserName;
10796    }
10797    get Password() {
10798      return this.privProxyPassword;
10799    }
10800  };
10801  return nt.ProxyInfo = e, nt;
10802}
10803var Ic = {};
10804const Vv = /* @__PURE__ */ new Set(["json", "buffer", "string"]);
10805var Gv = (t) => (...e) => {
10806  const r = /* @__PURE__ */ new Set();
10807  let s, p, a, n = "";
10808  return e.forEach((i) => {
10809    if (typeof i == "string")
10810      if (i.toUpperCase() === i)
10811        if (s) {
10812          const o = `Can't set method to ${i}, already set to ${s}.`;
10813          throw new Error(o);
10814        } else
10815          s = i;
10816      else if (i.startsWith("http:") || i.startsWith("https:"))
10817        n = i;
10818      else if (Vv.has(i))
10819        p = i;
10820      else
10821        throw new Error(`Unknown encoding, ${i}`);
10822    else if (typeof i == "number")
10823      r.add(i);
10824    else if (typeof i == "object")
10825      if (Array.isArray(i) || i instanceof Set)
10826        i.forEach((o) => r.add(o));
10827      else {
10828        if (a)
10829          throw new Error("Cannot set headers twice.");
10830        a = i;
10831      }
10832    else
10833      throw new Error(`Unknown type: ${typeof i}`);
10834  }), s || (s = "GET"), r.size === 0 && r.add(200), t(r, s, p, a, n);
10835};
10836const Qv = Gv;
10837class Jn extends Error {
10838  constructor(e, ...r) {
10839    super(...r), Error.captureStackTrace && Error.captureStackTrace(this, Jn), this.name = "StatusError", this.message = e.statusMessage, this.statusCode = e.status, this.res = e, this.json = e.json.bind(e), this.text = e.text.bind(e), this.arrayBuffer = e.arrayBuffer.bind(e);
10840    let s;
10841    Object.defineProperty(this, "responseBody", { get: () => (s || (s = this.arrayBuffer()), s) }), this.headers = {};
10842    for (const [a, n] of e.headers.entries())
10843      this.headers[a.toLowerCase()] = n;
10844  }
10845}
10846const Xv = (t, e, r, s, p) => async (a, n, i = {}) => {
10847  a = p + (a || "");
10848  let o = new URL(a);
10849  if (s || (s = {}), o.username && (s.Authorization = "Basic " + btoa(o.username + ":" + o.password), o = new URL(o.protocol + "//" + o.host + o.pathname + o.search)), o.protocol !== "https:" && o.protocol !== "http:")
10850    throw new Error(`Unknown protocol, ${o.protocol}`);
10851  if (n && !(n instanceof ArrayBuffer || ArrayBuffer.isView(n) || typeof n == "string"))
10852    if (typeof n == "object")
10853      n = JSON.stringify(n), s["Content-Type"] = "application/json";
10854    else
10855      throw new Error("Unknown body type.");
10856  i = new Headers({ ...s || {}, ...i });
10857  const c = await fetch(o, { method: e, headers: i, body: n });
10858  if (c.statusCode = c.status, !t.has(c.status))
10859    throw new Jn(c);
10860  return r === "json" ? c.json() : r === "buffer" ? c.arrayBuffer() : r === "string" ? c.text() : c;
10861};
10862var Yv = Qv(Xv);
10863(function(t) {
10864  var e = k && k.__importDefault || function(n) {
10865    return n && n.__esModule ? n : { default: n };
10866  };
10867  Object.defineProperty(t, "__esModule", { value: !0 }), t.RestMessageAdapter = t.RestRequestType = void 0;
10868  const r = e(Yv), s = I();
10869  var p;
10870  (function(n) {
10871    n.Get = "GET", n.Post = "POST", n.Delete = "DELETE", n.File = "file";
10872  }

10872)(p = t.RestRequestType || (t.RestRequestType = {}));
10873  class a {
10874    constructor(i) {
10875      if (!i)
10876        throw new s.ArgumentNullError("configParams");
10877      this.privHeaders = i.headers, this.privIgnoreCache = i.ignoreCache;
10878    }
10879    static extractHeaderValue(i, o) {
10880      let c = "";
10881      try {
10882        const u = o.trim().split(/[\r\n]+/), h = {};
10883        u.forEach((d) => {
10884          const v = d.split(": "), f = v.shift().toLowerCase(), m = v.join(": ");
10885          h[f] = m;
10886        }), c = h[i.toLowerCase()];
10887      } catch {
10888      }
10889      return c;
10890    }
10891    set options(i) {
10892      this.privHeaders = i.headers, this.privIgnoreCache = i.ignoreCache;
10893    }
10894    setHeaders(i, o) {
10895      this.privHeaders[i] = o;
10896    }
10897    request(i, o, c = {}, u = null) {
10898      const h = new s.Deferred(), d = i === p.File ? "POST" : i, v = (m, S = {}) => {
10899        const l = m;
10900        return {
10901          data: JSON.stringify(S),
10902          headers: JSON.stringify(m.headers),
10903          json: S,
10904          ok: m.statusCode >= 200 && m.statusCode < 300,
10905          status: m.statusCode,
10906          statusText: S.error ? S.error.message : l.statusText ? l.statusText : l.statusMessage
10907        };
10908      }, f = (m) => {
10909        const S = (0, r.default)(o, d, this.privHeaders, 200, 201, 202, 204, 400, 401, 402, 403, 404), l = this.queryParams(c) === "" ? "" : `?${this.queryParams(c)}`;
10910        S(l, m).then(async (g) => {
10911          if (i === p.Delete || g.statusCode === 204)
10912            h.resolve(v(g));
10913          else
10914            try {
10915              const C = await g.json();
10916              h.resolve(v(g, C));
10917            } catch {
10918              h.resolve(v(g));
10919            }
10920        }).catch((g) => {
10921          h.reject(g);
10922        });
10923      };
10924      return this.privIgnoreCache && (this.privHeaders["Cache-Control"] = "no-cache"), i === p.Post && u && (this.privHeaders["content-type"] = "application/json", this.privHeaders["Content-Type"] = "application/json"), f(u), h.promise;
10925    }
10926    queryParams(i = {}) {
10927      return Object.keys(i).map((o) => encodeURIComponent(o) + "=" + encodeURIComponent(i[o])).join("&");
10928    }
10929  }
10930  t.RestMessageAdapter = a;
10931})(Ic);
10932var Br = {};
10933Object.defineProperty(Br, "__esModule", { value: !0 });
10934Br.RestConfigBase = void 0;
10935class Pe {
10936  static get requestOptions() {
10937    return Pe.privDefaultRequestOptions;
10938  }
10939  static get configParams() {
10940    return Pe.privDefaultParams;
10941  }
10942  static get restErrors() {
10943    return Pe.privRestErrors;
10944  }
10945}
10946Br.RestConfigBase = Pe;
10947Pe.privDefaultRequestOptions = {
10948  headers: {
10949    Accept: "application/json"
10950  },
10951  ignoreCache: !1,
10952  timeout: 1e4
10953};
10954Pe.privRestErrors = {
10955  authInvalidSubscriptionKey: "You must specify either an authentication token to use, or a Cognitive Speech subscription key.",
10956  authInvalidSubscriptionRegion: "You must specify the Cognitive Speech region to use.",
10957  invalidArgs: "Required input not found: {arg}.",
10958  invalidCreateJoinConversationResponse: "Creating/Joining conversation failed with HTTP {status}.",
10959  invalidParticipantRequest: "The requested participant was not found.",
10960  permissionDeniedConnect: "Required credentials not found.",
10961  permissionDeniedConversation: "Invalid operation: only the host can {command} the conversation.",
10962  permissionDeniedParticipant: "Invalid operation: only the host can {command} a participant.",
10963  permissionDeniedSend: "Invalid operation: the conversation is not in a connected state.",
10964  permissionDeniedStart: "Invalid operation: there is already an active conversation."
10965};
10966Pe.privDefaultParams = {
10967  apiVersion: "api-version",
10968  authorization: "Authorization",
10969  clientAppId: "X-ClientAppId",
10970  contentTypeKey: "Content-Type",
10971  correlationId: "X-CorrelationId",
10972  languageCode: "language",
10973  nickname: "nickname",
10974  profanity: "profanity",
10975  requestId: "X-RequestId",
10976  roomId: "roomid",
10977  sessionToken: "token",
10978  subscriptionKey: "Ocp-Apim-Subscription-Key",
10979  subscriptionRegion: "Ocp-Apim-Subscription-Region",
10980  token: "X-CapitoToken"
10981};
10982var Do;
10983function re() {
10984  return Do || (Do = 1, function(t) {
10985    var e = k && k.__createBinding || (Object.create ? function(s, p, a, n) {
10986      n === void 0 && (n = a), Object.defineProperty(s, n, { enumerable: !0, get: function() {
10987        return p[a];
10988      } });
10989    } : function(s, p, a, n) {
10990      n === void 0 && (n = a), s[n] = p[a];
10991    }), r = k && k.__exportStar || function(s, p) {
10992      for (var a in s) a !== "default" && !Object.prototype.hasOwnProperty.call(p, a) && e(p, s, a);
10993    };

10994    Object.defineProperty(t, "__esModule", { value: !0 }), r(fi, t), r(Fa, t), r(nd(), t), r(sd(), t), r(gi, t), r(mi, t), r(kr, t), r(Si, t), r(Jv(), t), r(Ic, t), r(Br, t);
10995  }(ln)), ln;
10996}
10997var xe = {};
10998Object.defineProperty(xe, "__esModule", { value: !0 });
10999xe.SpeechConnectionMessage = void 0;
11000const Pn = I(), ve = Y;
11001class Vn extends Pn.ConnectionMessage {
11002  constructor(e, r, s, p, a, n, i, o) {
11003    if (!r)
11004      throw new Pn.ArgumentNullError("path");
11005    if (!s)
11006      throw new Pn.ArgumentNullError("requestId");
11007    const c = {};
11008    if (c[ve.HeaderNames.Path] = r, c[ve.HeaderNames.RequestId] = s, c[ve.HeaderNames.RequestTimestamp] = (/* @__PURE__ */ new Date()).toISOString(), p && (c[ve.HeaderNames.ContentType] = p), n && (c[ve.HeaderNames.RequestStreamId] = n), i)
11009      for (const u in i)
11010        u && (c[u] = i[u]);
11011    o ? super(e, a, c, o) : super(e, a, c), this.privPath = r, this.privRequestId = s, this.privContentType = p, this.privStreamId = n, this.privAdditionalHeaders = i;
11012  }
11013  get path() {
11014    return this.privPath;
11015  }
11016  get requestId() {
11017    return this.privRequestId;
11018  }
11019  get contentType() {
11020    return this.privContentType;
11021  }
11022  get streamId() {
11023    return this.privStreamId;
11024  }
11025  get additionalHeaders() {
11026    return this.privAdditionalHeaders;
11027  }
11028  static fromConnectionMessage(e) {
11029    let r = null, s = null, p = null, a = null;
11030    const n = {};
11031    if (e.headers)
11032      for (const i in e.headers)
11033        i && (i.toLowerCase() === ve.HeaderNames.Path.toLowerCase() ? r = e.headers[i] : i.toLowerCase() === ve.HeaderNames.RequestId.toLowerCase() ? s = e.headers[i] : i.toLowerCase() === ve.HeaderNames.ContentType.toLowerCase() ? p = e.headers[i] : i.toLowerCase() === ve.HeaderNames.RequestStreamId.toLowerCase() ? a = e.headers[i] : n[i] = e.headers[i]);
11034    return new Vn(e.messageType, r, s, p, e.body, a, n, e.id);
11035  }
11036}
11037xe.SpeechConnectionMessage = Vn;
11038var wc = {};
11039(function(t) {
11040  Object.defineProperty(t, "__esModule", { value: !0 }), t.SegmentationMode = void 0, function(e) {
11041    e.Normal = "Normal", e.Disabled = "Disabled", e.Custom = "Custom", e.Semantic = "Semantic";
11042  }(t.SegmentationMode || (t.SegmentationMode = {}));
11043})(wc);
11044var _c = {};
11045(function(t) {
11046  Object.defineProperty(t, "__esModule", { value: !0 }), t.NextAction = void 0, function(e) {
11047    e.None = "None", e.Synthesize = "Synthesize";
11048  }(t.NextAction || (t.NextAction = {}));
11049})(_c);
11050var bc = {};
11051(function(t) {
11052  Object.defineProperty(t, "__esModule", { value: !0 }), t.Mode = void 0, function(e) {
11053    e.None = "None", e.Always = "Always";
11054  }(t.Mode || (t.Mode = {}));
11055})(bc);
11056var Mc = {};
11057(function(t) {
11058  Object.defineProperty(t, "__esModule", { value: !0 }), t.LanguageIdDetectionPriority = t.LanguageIdDetectionMode = void 0, function(e) {
11059    e.DetectAtAudioStart = "DetectAtAudioStart", e.DetectContinuous = "DetectContinuous", e.DetectSegments = "DetectSegments";
11060  }(t.LanguageIdDetectionMode || (t.LanguageIdDetectionMode = {})), function(e) {
11061    e.Auto = "Auto", e.PrioritizeLatency = "PrioritizeLatency", e.PrioritizeAccuracy = "PrioritizeAccuracy";
11062  }(t.LanguageIdDetectionPriority || (t.LanguageIdDetectionPriority = {}));
11063})(Mc);
11064var Oc = {};
11065(function(t) {
11066  Object.defineProperty(t, "__esModule", { value: !0 }), t.NextAction = void 0, function(e) {
11067    e.Recognize = "Recognize", e.None = "None";
11068  }(t.NextAction || (t.NextAction = {}));
11069})(Oc);
11070var Dc = {};
11071(function(t) {
11072  Object.defineProperty(t, "__esModule", { value: !0 }), t.OnUnknownAction = void 0, function(e) {
11073    e.RecognizeWithDefaultLanguage = "RecognizeWithDefaultLanguage", e.None = "None";
11074  }(t.OnUnknownAction || (t.OnUnknownAction = {}));
11075})(Dc);
11076var kc = {};
11077(function(t) {
11078  Object.defineProperty(t, "__esModule", { value: !0 }), t.ResultType = void 0, function(e) {
11079    e.Auto = "Auto", e.StableFragment = "StableFragment", e.Hypothesis = "Hypothesis", e.None = "None";
11080  }(t.ResultType || (t.ResultType = {}));
11081})(kc);
11082var Nc = {};
11083(function(t) {
11084  Object.defineProperty(t, "__esModule", { value: !0 }), t.PhraseResultOutputType = void 0, function(e) {
11085    e.Always = "Always", e.None = "None";
11086  }

11086(t.PhraseResultOutputType || (t.PhraseResultOutputType = {}));
11087})(Nc);
11088var zc = {};
11089(function(t) {
11090  Object.defineProperty(t, "__esModule", { value: !0 }), t.NextAction = void 0, function(e) {
11091    e.None = "None", e.Translate = "Translate";
11092  }(t.NextAction || (t.NextAction = {}));
11093})(zc);
11094var ko;
11095function Zv() {
11096  if (ko) return tt;
11097  ko = 1, Object.defineProperty(tt, "__esModule", { value: !0 }), tt.ServiceRecognizerBase = void 0;
11098  const t = re(), e = I(), r = R(), s = A(), p = xe, a = wc, n = ae, i = _c, o = bc, c = Mc, u = Oc, h = Dc, d = kc, v = Nc, f = zc;
11099  let m = class Er {
11100    constructor(l, g, C, y, P) {
11101      if (this.privConnectionConfigurationPromise = void 0, this.privConnectionPromise = void 0, this.privSetTimeout = setTimeout, this.privIsLiveAudio = !1, this.privAverageBytesPerMs = 0, this.privEnableSpeakerId = !1, this.privExpectContentAssessmentResponse = !1, this.recognizeOverride = void 0, this.disconnectOverride = void 0, this.receiveMessageOverride = void 0, this.sendPrePayloadJSONOverride = void 0, this.postConnectImplOverride = void 0, this.configConnectionOverride = void 0, this.handleSpeechPhraseMessage = void 0, this.handleSpeechHypothesisMessage = void 0, !l)
11102        throw new e.ArgumentNullError("authentication");
11103      if (!g)
11104        throw new e.ArgumentNullError("connectionFactory");
11105      if (!C)
11106        throw new e.ArgumentNullError("audioSource");
11107      if (!y)
11108        throw new e.ArgumentNullError("recognizerConfig");
11109      this.privEnableSpeakerId = y.isSpeakerDiarizationEnabled, this.privMustReportEndOfStream = !1, this.privAuthentication = l, this.privConnectionFactory = g, this.privAudioSource = C, this.privRecognizerConfig = y, this.privIsDisposed = !1, this.privRecognizer = P, this.privRequestSession = new s.RequestSession(this.privAudioSource.id()), this.privConnectionEvents = new e.EventSource(), this.privServiceEvents = new e.EventSource(), this.privDynamicGrammar = new s.DynamicGrammarBuilder(), this.privSpeechContext = new s.SpeechContext(this.privDynamicGrammar), this.privAgentConfig = new s.AgentConfig(), this.privRecognizerConfig.parameters.getProperty(r.PropertyId.WebWorkerLoadType, "on").toLowerCase() === "on" && typeof Blob < "u" && typeof Worker < "u" ? this.privSetTimeout = e.Timeout.setTimeout : (typeof window < "u" && (this.privSetTimeout = window.setTimeout.bind(window)), typeof globalThis < "u" && (this.privSetTimeout = globalThis.setTimeout.bind(globalThis))), this.connectionEvents.attach((_) => {
11110        if (_.name === "ConnectionClosedEvent") {
11111          const E = _;
11112          (E.statusCode === 1003 || E.statusCode === 1007 || E.statusCode === 1002 || E.statusCode === 4e3 || this.privRequestSession.numConnectionAttempts > this.privRecognizerConfig.maxRetryCount) && this.cancelRecognitionLocal(r.CancellationReason.Error, E.statusCode === 1007 ? r.CancellationErrorCode.BadRequestParameters : r.CancellationErrorCode.ConnectionFailure, `${E.reason} websocket error code: ${E.statusCode}`);
11113        }
11114      }), this.privEnableSpeakerId && (this.privDiarizationSessionId = (0, e.createNoDashGuid)());
11115    }
11116    setTranslationJson() {
11117      const l = this.privRecognizerConfig.parameters.getProperty(r.PropertyId.SpeechServiceConnection_TranslationToLanguages, void 0);
11118      if (l !== void 0) {
11119        const g = l.split(","), C = this.privRecognizerConfig.parameters.getProperty(r.PropertyId.SpeechServiceConnection_TranslationVoice, void 0), y = this.privRecognizerConfig.parameters.getProperty(r.PropertyId.SpeechServiceConnection_TranslationCategoryId, void 0), P = C !== void 0 ? i.NextAction.Synthesize : i.NextAction.None;
11120        if (this.privSpeechContext.getContext().translation = {
11121          onPassthrough: { action: P },
11122          onSuccess: { action: P },
11123          output: {
11124            includePassThroughResults: !0,
11125            interimResults: { mode: o.Mode.Always }
11126          },
11127          targetLanguages: g
11128        }, y !== void 0 && (this.privSpeechContext.getContext().translation.category = y), C !== void 0) {
11129          const _ = {};
11130          for (const E of g)
11131            _[E] = C;
11132          this.privSpeechContext.getContext().synthesis = {
11133            defaultVoices: _
11134          };
11135        }
11136        const T = this.privSpeechContext.getContext().phraseDetection || {};
11137        T.onSuccess = { action: f.NextAction.Translate }, T.onInterim = { action: f.NextAction.Translate }, this.privSpeechContext.getContext().phraseDetection = T;
11138      }
11139    }
11140    setSpeechSegmentationTimeoutJson() {
11141      const l = this.privRecognizerConfig.parameters.getProperty(r.PropertyId.Speech_SegmentationSilenceTimeoutMs, void 0), g = this.privRecognizerConfig.parameters.getProperty(r.PropertyId.Speech_SegmentationMaximumTimeMs, void 0), C = this.privRecognizerConfig.parameters.getProperty(r.PropertyId.Speech_SegmentationStrategy, void 0), y = {
11142        mode: a.SegmentationMode.Normal
11143      };
11144      let P = !1;
11145      if (C !== void 0) {
11146        P = !0;
11147        let T = a.SegmentationMode.Normal;
11148        switch (C.toLowerCase()) {
11149          case "default":
11150            break;
11151          case "time":
11152            T = a.SegmentationMode.Custom;
11153            break;
11154          case "semantic":
11155            T = a.SegmentationMode.Semantic;
11156            break;
11157        }
11158        y.mode = T;
11159      }
11160      if (l !== void 0) {
11161        P = !0;
11162        const T = parseInt(l, 10);
11163        y.mode = a.SegmentationMode.Custom, y.segmentationSilenceTimeoutMs = T;
11164      }
11165      if (g !== void 0) {
11166        P = !0;
11167        const T = parseInt(g, 10);
11168        y.mode = a.SegmentationMode.Custom, y.segmentationForcedTimeoutMs = T;
11169      }
11170      if (P) {
11171        const T = this.privSpeechContext.getContext().phraseDetection || {};
11172        switch (T.mode = this.recognitionMode, this.recognitionMode) {
11173          case n.RecognitionMode.Conversation:
11174            T.conversation = T.conversation ?? { segmentation: {} }, T.conversation.segmentation = y;
11175            break;
11176          case n.RecognitionMode.Interactive:
11177            T.interactive = T.interactive ?? { segmentation: {} }, T.interactive.segmentation = y;
11178            break;
11179          case n.RecognitionMode.Dictation:
11180            T.dictation = T.dictation ?? {}, T.dictation.segmentation = y;
11181            break;
11182        }
11183        this.privSpeechContext.getContext().phraseDetection = T;
11184      }
11185    }
11186    setLanguageIdJson() {
11187      const l = this.privSpeechContext.getContext().phraseDetection || {};
11188      if (this.privRecognizerConfig.autoDetectSourceLanguages !== void 0) {
11189        const g = this.privRecognizerConfig.autoDetectSourceLanguages.split(",");
11190        g.length === 1 && g[0] === s.AutoDetectSourceLanguagesOpenRangeOptionName && (g[0] = "UND");
11191        let C;
11192        this.privRecognizerConfig.languageIdMode === "Continuous" ? C = c.LanguageIdDetectionMode.DetectContinuous : C = c.LanguageIdDetectionMode.DetectAtAudioStart, this.privSpeechContext.getContext().languageId = {
11193          languages: g,
11194          mode: C,
11195          onSuccess: { action: u.NextAction.Recognize },
11196          onUnknown: { action: h.OnUnknownAction.None },
11197          priority: c.LanguageIdDetectionPriority.PrioritizeLatency
11198        }, this.privSpeechContext.getContext().phraseOutput = {
11199          interimResults: {
11200            resultType: d.ResultType.Auto
11201          },
11202          phraseResults: {

11203            resultType: v.PhraseResultOutputType.Always
11204          }
11205        };
11206        const y = this.privRecognizerConfig.sourceLanguageModels;
11207        y !== void 0 && (l.customModels = y, l.onInterim = { action: f.NextAction.None }, l.onSuccess = { action: f.NextAction.None });
11208      }
11209      this.privSpeechContext.getContext().phraseDetection = l;
11210    }
11211    setOutputDetailLevelJson() {
11212      this.privEnableSpeakerId && (this.privRecognizerConfig.parameters.getProperty(r.PropertyId.SpeechServiceResponse_RequestWordLevelTimestamps, "false").toLowerCase() === "true" ? this.privSpeechContext.setWordLevelTimings() : this.privRecognizerConfig.parameters.getProperty(s.OutputFormatPropertyName, r.OutputFormat[r.OutputFormat.Simple]).toLowerCase() === r.OutputFormat[r.OutputFormat.Detailed].toLocaleLowerCase() && this.privSpeechContext.setDetailedOutputFormat());
11213    }
11214    setSpeechStartEventSensitivityJson() {
11215      const l = this.privRecognizerConfig.parameters.getProperty(r.PropertyId.Speech_StartEventSensitivity, void 0);
11216      if (l !== void 0) {
11217        let g = !1;
11218        switch (l.toLowerCase()) {
11219          case n.SpeechStartEventSensitivity.Low:
11220          case n.SpeechStartEventSensitivity.Medium:
11221          case n.SpeechStartEventSensitivity.High:
11222            g = !0;
11223            break;
11224        }
11225        if (g) {
11226          const C = this.privSpeechContext.getContext().phraseDetection || {};
11227          C.voiceOnsetSensitivity = l.toLowerCase(), this.privSpeechContext.getContext().phraseDetection = C;
11228        }
11229      }
11230    }
11231    get isSpeakerDiarizationEnabled() {
11232      return this.privEnableSpeakerId;
11233    }
11234    get audioSource() {
11235      return this.privAudioSource;
11236    }
11237    get speechContext() {
11238      return this.privSpeechContext;
11239    }
11240    get dynamicGrammar() {
11241      return this.privDynamicGrammar;
11242    }
11243    get agentConfig() {
11244      return this.privAgentConfig;
11245    }
11246    set conversationTranslatorToken(l) {
11247      this.privRecognizerConfig.parameters.setProperty(r.PropertyId.ConversationTranslator_Token, l);
11248    }
11249    set authentication(l) {
11250      this.privAuthentication = l;
11251    }
11252    isDisposed() {
11253      return this.privIsDisposed;
11254    }
11255    async dispose(l) {
11256      if (this.privIsDisposed = !0, this.privConnectionPromise !== void 0)
11257        try {
11258          await (await this.privConnectionPromise).dispose(l);
11259        } catch {
11260          return;
11261        }
11262    }
11263    get connectionEvents() {
11264      return this.privConnectionEvents;
11265    }
11266    get serviceEvents() {
11267      return this.privServiceEvents;
11268    }
11269    get recognitionMode() {
11270      return this.privRecognizerConfig.recognitionMode;
11271    }
11272    async recognize(l, g, C) {
11273      if (this.recognizeOverride !== void 0) {
11274        await this.recognizeOverride(l, g, C);
11275        return;
11276      }
11277      if (this.privConnectionConfigurationPromise = void 0, this.privRecognizerConfig.recognitionMode = l, this.privRecognizerConfig.recognitionEndpointVersion === "2") {
11278        const E = this.privSpeechContext.getContext().phraseDetection || {};
11279        E.mode = l, this.privSpeechContext.getContext().phraseDetection = E;
11280      }
11281      this.setLanguageIdJson(), this.setTranslationJson(), this.privRecognizerConfig.autoDetectSourceLanguages !== void 0 && this.privRecognizerConfig.parameters.getProperty(r.PropertyId.SpeechServiceConnection_TranslationToLanguages, void 0) !== void 0 && this.setupTranslationWithLanguageId(), this.setSpeechSegmentationTimeoutJson(), this.setOutputDetailLevelJson(), this.setSpeechStartEventSensitivityJson(), this.privSuccessCallback = g, this.privErrorCallback = C, this.privRequestSession.startNewRecognition(), this.privRequestSession.listenForServiceTelemetry(this.privAudioSource.events);
11282      const y = this.connectImpl();
11283      let P;
11284      try {
11285        const E = await this.audioSource.attach(this.privRequestSession.audioNodeId), z = await this.audioSource.format, L = await this.audioSource.deviceInfo;
11286        this.privIsLiveAudio = L.type && L.type === s.type.Microphones, P = new t.ReplayableAudioNode(E, z.avgBytesPerSec), await this.privRequestSession.onAudioSourceAttachCompleted(P, !1), this.privRecognizerConfig.SpeechServiceConfig.Context.audio = { source: L };
11287      } catch (E) {

11288        throw await this.privRequestSession.onStopRecognizing(), E;
11289      }
11290      try {
11291        await y;
11292      } catch (E) {
11293        await this.cancelRecognitionLocal(r.CancellationReason.Error, r.CancellationErrorCode.ConnectionFailure, E);
11294        return;
11295      }
11296      const T = new r.SessionEventArgs(this.privRequestSession.sessionId);
11297      this.privRecognizer.sessionStarted && this.privRecognizer.sessionStarted(this.privRecognizer, T), this.receiveMessage(), this.sendAudio(P).catch(async (E) => {
11298        await this.cancelRecognitionLocal(r.CancellationReason.Error, r.CancellationErrorCode.RuntimeError, E);
11299      });
11300    }
11301    async stopRecognizing() {
11302      if (this.privRequestSession.isRecognizing)
11303        try {
11304          await this.audioSource.turnOff(), await this.sendFinalAudio(), await this.privRequestSession.onStopRecognizing(), await this.privRequestSession.turnCompletionPromise;
11305        } finally {
11306          await this.privRequestSession.dispose();
11307        }
11308    }
11309    async connect() {
11310      return await this.connectImpl(), Promise.resolve();
11311    }
11312    connectAsync(l, g) {
11313      this.connectImpl().then(() => {
11314        try {
11315          l && l();
11316        } catch (C) {
11317          g && g(C);
11318        }
11319      }, (C) => {
11320        try {
11321          g && g(C);
11322        } catch {
11323        }
11324      });
11325    }
11326    async disconnect() {
11327      if (await this.cancelRecognitionLocal(r.CancellationReason.Error, r.CancellationErrorCode.NoError, "Disconnecting"), this.disconnectOverride !== void 0 && await this.disconnectOverride(), this.privConnectionPromise !== void 0)
11328        try {
11329          await (await this.privConnectionPromise).dispose();
11330        } catch {
11331        }
11332      this.privConnectionPromise = void 0;
11333    }
11334    // eslint-disable-next-line @typescript-eslint/no-unused-vars
11335    sendMessage(l) {
11336    }
11337    async sendNetworkMessage(l, g) {
11338      const C = typeof g == "string" ? e.MessageType.Text : e.MessageType.Binary, y = typeof g == "string" ? "application/json" : "";
11339      return (await this.fetchConnection()).send(new p.SpeechConnectionMessage(C, l, this.privRequestSession.requestId, y, g));
11340    }
11341    set activityTemplate(l) {
11342      this.privActivityTemplate = l;
11343    }
11344    get activityTemplate() {
11345      return this.privActivityTemplate;
11346    }
11347    set expectContentAssessmentResponse(l) {
11348      this.privExpectContentAssessmentResponse = l;
11349    }
11350    async sendTelemetryData() {
11351      const l = this.privRequestSession.getTelemetry();
11352      if (Er.telemetryDataEnabled !== !0 || this.privIsDisposed || l === null)
11353        return;
11354      if (Er.telemetryData)
11355        try {
11356          Er.telemetryData(l);
11357        } catch {
11358        }
11359      await (await this.fetchConnection()).send(new p.SpeechConnectionMessage(e.MessageType.Text, "telemetry", this.privRequestSession.requestId, "application/json", l));
11360    }
11361    // Cancels recognition.
11362    async cancelRecognitionLocal(l, g, C) {
11363      this.privRequestSession.isRecognizing && (await this.privRequestSession.onStopRecognizing(

11363), this.cancelRecognition(this.privRequestSession.sessionId, this.privRequestSession.requestId, l, g, C));
11364    }
11365    async receiveMessage() {
11366      try {
11367        if (this.privIsDisposed)
11368          return;
11369        let l = await this.fetchConnection();
11370        const g = await l.read();
11371        if (this.receiveMessageOverride !== void 0)
11372          return this.receiveMessageOverride();
11373        if (!g)
11374          return this.receiveMessage();
11375        this.privServiceHasSentMessage = !0;
11376        const C = p.SpeechConnectionMessage.fromConnectionMessage(g);
11377        if (C.requestId.toLowerCase() === this.privRequestSession.requestId.toLowerCase())
11378          switch (C.path.toLowerCase()) {
11379            case "turn.start":
11380              this.privMustReportEndOfStream = !0, this.privRequestSession.onServiceTurnStartResponse();
11381              break;
11382            case "speech.startdetected":
11383              const y = s.SpeechDetected.fromJSON(C.textBody, this.privRequestSession.currentTurnAudioOffset), P = new r.RecognitionEventArgs(y.Offset, this.privRequestSession.sessionId);
11384              this.privRecognizer.speechStartDetected && this.privRecognizer.speechStartDetected(this.privRecognizer, P);
11385              break;
11386            case "speech.enddetected":
11387              let T;
11388              C.textBody.length > 0 ? T = C.textBody : T = "{ Offset: 0 }";
11389              const _ = s.SpeechDetected.fromJSON(T, this.privRequestSession.currentTurnAudioOffset), E = new r.RecognitionEventArgs(_.Offset + this.privRequestSession.currentTurnAudioOffset, this.privRequestSession.sessionId);
11390              this.privRecognizer.speechEndDetected && this.privRecognizer.speechEndDetected(this.privRecognizer, E);
11391              break;
11392            case "turn.end":
11393              await this.sendTelemetryData(), this.privRequestSession.isSpeechEnded && this.privMustReportEndOfStream && (this.privMustReportEndOfStream = !1, await this.cancelRecognitionLocal(r.CancellationReason.EndOfStream, r.CancellationErrorCode.NoError, void 0));
11394              const z = new r.SessionEventArgs(this.privRequestSession.sessionId);
11395              if (await this.privRequestSession.onServiceTurnEndResponse(this.privRecognizerConfig.isContinuousRecognition), !this.privRecognizerConfig.isContinuousRecognition || this.privRequestSession.isSpeechEnded || !this.privRequestSession.isRecognizing) {
11396                this.privRecognizer.sessionStopped && this.privRecognizer.sessionStopped(this.privRecognizer, z);
11397                return;
11398              } else
11399                l = await this.fetchConnection(), await this.sendPrePayloadJSON(l);
11400              break;
11401            default:
11402              await this.processTypeSpecificMessages(C) || this.privServiceEvents && this.serviceEvents.onEvent(new e.ServiceEvent(C.path.toLowerCase(), C.textBody));
11403          }
11404        return this.receiveMessage();
11405      } catch {
11406        return null;
11407      }
11408    }
11409    updateSpeakerDiarizationAudioOffset() {
11410      const l = this.privRequestSession.recognitionBytesSent, g = this.privAverageBytesPerMs !== 0 ? l / this.privAverageBytesPerMs : 0;
11411      this.privSpeechContext.setSpeakerDiarizationAudioOffsetMs(g);
11412    }
11413    sendSpeechContext(l, g) {
11414      this.privEnableSpeakerId && this.updateSpeakerDiarizationAudioOffset();
11415      const C = this.speechContext.toJSON();
11416      if (g && this.privRequestSession.onSpeechContext(), C)
11417        return l.send(new p.SpeechConnectionMessage(e.MessageType.Text, "speech.context", this.privRequestSession.requestId, "application/json", C));
11418    }
11419    setupTranslationWithLanguageId() {
11420      const l = this.privRecognizerConfig.parameters.getProperty(r.PropertyId.SpeechServiceConnection_TranslationToLanguages, void 0), g = this.privRecognizerConfig.autoDetectSourceLanguages !== void 0;
11421      if (l !== void 0 && g) {
11422        this.privSpeechContext.getContext().phraseOutput = {
11423          interimResults: {
11424            resultType: d.ResultType.None
11425          },
11426          phraseResults: {
11427            resultType: v.PhraseResultOutputType.None
11428          }
11429        };
11430        const C = this.privSpeechContext.getContext().translation;
11431        if (C) {
11432          const y = this.privRecognizerConfig.sourceLanguageModels;
11433          if (y !== void 0 && y.length > 0) {
11434            const T = this.privSpeechContext.getContext().phraseDetection || {};
11435            T.customModels = y, this.privSpeechContext.getContext().phraseDetection = T;
11436          }
11437          this.privRecognizerConfig.parameters.getProperty(r.PropertyId.SpeechServiceConnection_TranslationVoice, void 0) !== void 0 && (C.onSuccess = { action: i.NextAction.Synthesize }, C.onPassthrough = { action: i.NextAction.Synthesize });
11438        }
11439      }
11440    }
11441    noOp() {
11442    }
11443    // Encapsulated for derived service recognizers that need to send additional JSON
11444    async sendPrePayloadJSON(l, g = !0) {
11445      if (this.sendPrePayloadJSONOverride !== void 0)
11446        return this.sendPrePayloadJSONOverride(l);
11447      await this.sendSpeechContext(l, g), await this.sendWaveHeader(l);
11448    }
11449    async sendWaveHeader(l) {
11450      const g = await this.audioSource.format;
11451      return l.send(new p.SpeechConnectionMessage(e.MessageType.Binary, "audio", this.privRequestSession.requestId, "audio/x-wav", g.header));
11452    }
11453    // Establishes a websocket connection to the end point.
11454    connectImpl() {
11455      return this.privConnectionPromise !== void 0 ? this.privConnectionPromise.then((l) => l.state() === e.ConnectionState.Disconnected ? (this.privConnectionId = null, this.privConnectionPromise = void 0, this.privServiceHasSentMessage = !1, this.connectImpl()) : this.privConnectionPromise, () => (this.privConnectionId = null, this.privConnectionPromise = void 0, this.privServiceHasSentMessage = !1, this.connectImpl())) : (this.privConnectionPromise = this.retryableConnect(), this.privConnectionPromise.catch(() => {
11456      }), this.postConnectImplOverride !== void 0 ? this.postConnectImplOverride(this.privConnectionPromise) : this.privConnectionPromise);
11457    }
11458    sendSpeechServiceConfig(l, g, C) {
11459      if (g.onSpeechContext(), Er.telemetryDataEnabled !== !0) {
11460        const P = {
11461          context: {
11462            system: JSON.parse(C).context.system
11463          }
11464        };
11465        C = JSON.stringify(P);
11466      }
11467      if (this.privRecognizerConfig.parameters.getProperty("f0f5debc-f8c9-4892-ac4b-90a7ab359fd2", "false").toLowerCase() === "true") {
11468        const y = JSON.parse(C);
11469        y.context.DisableReferenceChannel = "True", y.context.MicSpec = "1_0_0", C = JSON.stringify(y);
11470      }
11471      if (C)
11472        return l.send(new p.SpeechConnectionMessage(e.MessageType.Text, "speech.config", g.requestId, "application/json", C));
11473    }
11474    async fetchConnection() {
11475      return this.privConnectionConfigurationPromise !== void 0 ? this.privConnectionConfigurationPromise.then((l) => l.state() === e.ConnectionState.Disconnected ? (this.privConnectionId = null, this.privConnectionConfigurationPromise = void 0, this.privServiceHasSentMessage = !1, this.fetchConnection()) : this.privConnectionConfigurationPromise, () => (this.privConnectionId = null, this.privConnectionConfigurationPromise = void 0, this.privServiceHasSentMessage = !1, this.fetchConnection())) : (this.privConnectionConfigurationPromise = this.configureConnection(), await this.privConnectionConfigurationPromise);
11476    }
11477    async sendAudio(l) {
11478      const g = await this.audioSource.format;
11479      this.privAverageBytesPerMs = g.avgBytesPerSec / 1e3;
11480      let C = Date.now();
11481      const y = this.privRecognizerConfig.parameters.getProperty("SPEECH-TransmitLengthBeforThrottleMs", "5000"), P = g.avgBytesPerSec / 1e3 * parseInt(y, 10), T = this.privRequestSession.recogNumber, _ = async () => {
11482        if (!this.privIsDisposed && !this.privRequestSession.isSpeechEnded && this.privRequestSession.isRecognizing && this.privRequestSession.recogNumber === T) {
11483          const E = await this.fetchConnection(), z = await l.read();
11484          if (this.privRequestSession.isSpeechEnded)
11485            return;
11486          let L, ne;
11487          if (!z || z.isEnd ? (L = null, ne = 0) : (L = z.buffer, this.privRequestSession.onAudioSent(L.byteLength), P >= this.privRequestSession.bytesSent ? ne = 0 : ne = Math.max(0, C - Date.now())), ne !== 0 && await this.delay(ne), L !== null && (C = Date.now() + L.byteLength * 1e3 / (g.avgBytesPerSec * 2)), !this.privIsDisposed && !this.privRequestSession.isSpeechEnded && this.privRequestSession.isRecognizing && this.privRequestSession.recogNumber === T)
11488            if (E.send(new p.SpeechConnectionMessage(e.MessageType.Binary, "audio", this.privRequestSession.requestId, null, L)).catch(() => {
11489              this.privRequestSession.onServiceTurnEndResponse(this.privRecognizerConfig.isContinuousRecognition).catch(() => {
11490              });
11491            }), z != null && z.isEnd)
11492              this.privIsLiveAudio || this.privRequestSession.onSpeechEnded();
11493            else
11494              return _();
11495        }
11496      };
11497      return _();
11498    }
11499    async retryableConnect() {
11500      let l = !1;
11501      this.privAuthFetchEventId = (0, e.createNoDashGuid)();
11502      const g = this.privRequestSession.sessionId;
11503      this.privConnectionId = g !== void 0 ? g : (0, e.createNoDashGuid)(), this.privRequestSession.onPreConnectionStart(this.privAuthFetchEventId, this.privConnectionId);
11504      let C = 0, y = "";
11505      for (; this.privRequestSession.numConnectionAttempts <= this.privRecognizerConfig.maxRetryCount; ) {
11506        this.privRequestSession.onRetryConnection();
11507        const T = await (l ? this.privAuthentication.fetchOnExpiry(this.privAuthFetchEventId) : this.privAuthentication.fetch(this.privAuthFetchEventId));
11508        await this.privRequestSession.onAuthCompleted(!1);
11509        const _ = await this.privConnectionFactory.create(this.privRecognizerConfig, T, this.privConnectionId);
11510        this.privRequestSession.listenForServiceTelemetry(_.events), _.events.attach((z) => {
11511          this.connectionEvents.onEvent(z);
11512        });

11513        const E = await _.open();
11514        if (E.statusCode === 200)
11515          return await this.privRequestSession.onConnectionEstablishCompleted(E.statusCode), Promise.resolve(_);
11516        E.statusCode === 1006 && (l = !0), C = E.statusCode, y = E.reason;
11517      }
11518      return await this.privRequestSession.onConnectionEstablishCompleted(C, y), Promise.reject(`Unable to contact server. StatusCode: ${C}, ${this.privRecognizerConfig.parameters.getProperty(r.PropertyId.SpeechServiceConnection_Endpoint)} Reason: ${y}`);
11519    }
11520    delay(l) {
11521      return new Promise((g) => this.privSetTimeout(g, l));
11522    }
11523    writeBufferToConsole(l) {
11524      let g = "Buffer Size: ";
11525      if (l === null)
11526        g += "null";
11527      else {
11528        const C = new Uint8Array(l);
11529        g += `${l.byteLength}\r
11530`;
11531        for (let y = 0; y < l.byteLength; y++)
11532          g += C[y].toString(16).padStart(2, "0") + " ", (y + 1) % 16 === 0 && (console.info(g), g = "");
11533      }
11534      console.info(g);
11535    }
11536    async sendFinalAudio() {
11537      await (await this.fetchConnection()).send(new p.SpeechConnectionMessage(e.MessageType.Binary, "audio", this.privRequestSession.requestId, null, null));
11538    }
11539    // Takes an established websocket connection to the endpoint and sends speech configuration information.
11540    async configureConnection() {
11541      const l = await this.connectImpl();
11542      return this.configConnectionOverride !== void 0 ? this.configConnectionOverride(l) : (await this.sendSpeechServiceConfig(l, this.privRequestSession, this.privRecognizerConfig.SpeechServiceConfig.serialize()), await this.sendPrePayloadJSON(l, !1), l);
11543    }
11544  };
11545  return tt.ServiceRecognizerBase = m, m.telemetryDataEnabled = !0, tt;
11546}
11547var Zt = {}, No;
11548function $v() {
11549  if (No) return Zt;
11550  No = 1, Object.defineProperty(Zt, "__esModule", { value: !0 }), Zt.ConversationServiceRecognizer = void 0;
11551  const t = R(), e = A();
11552  let r = class extends e.ServiceRecognizerBase {
11553    constructor(p, a, n, i, o) {
11554      super(p, a, n, i, o), this.handleSpeechPhraseMessage = async (c) => this.handleSpeechPhrase(c), this.handleSpeechHypothesisMessage = (c) => this.handleSpeechHypothesis(c);
11555    }
11556    processTypeSpecificMessages(p) {
11557    }
11558    handleRecognizedCallback(p, a, n) {
11559    }
11560    handleRecognizingCallback(p, a, n) {
11561    }
11562    async processSpeechMessages(p) {
11563      let a = !1;
11564      switch (p.path.toLowerCase()) {
11565        case "speech.hypothesis":
11566        case "speech.fragment":
11567          this.handleSpeechHypothesisMessage && this.handleSpeechHypothesisMessage(p.textBody), a = !0;
11568          break;
11569        case "speech.phrase":
11570          this.handleSpeechPhraseMessage && await this.handleSpeechPhraseMessage(p.textBody), a = !0;
11571          break;
11572      }
11573      return a;
11574    }
11575    cancelRecognition(p, a, n, i, o) {
11576    }
11577    async handleSpeechPhrase(p) {
11578      const a = e.SimpleSpeechPhrase.fromJSON(p, this.privRequestSession.currentTurnAudioOffset), n = e.EnumTranslation.implTranslateRecognitionResult(a.RecognitionStatus);
11579      let i;
11580      const o = new t.PropertyCollection();
11581      if (o.setProperty(t.PropertyId.SpeechServiceResponse_JsonResult, p), this.privRequestSession.onPhraseRecognized(a.Offset + a.Duration), t.ResultReason.Canceled === n) {
11582        const c = e.EnumTranslation.implTranslateCancelResult(a.RecognitionStatus), u = e.EnumTranslation.implTranslateCancelErrorCode(a.RecognitionStatus);
11583        await this.cancelRecognitionLocal(c, u, e.EnumTranslation.implTranslateErrorDetails(u));
11584      } else if (a.RecognitionStatus !== e.RecognitionStatus.EndOfDictation) {
11585        if (this.privRecognizerConfig.parameters.getProperty(e.OutputFormatPropertyName) === t.OutputFormat[t.OutputFormat.Simple])
11586          i = new t.SpeechRecognitionResult(this.privRequestSession.requestId, n, a.DisplayText, a.Duration, a.Offset, a.Language, a.LanguageDetectionConfidence, a.SpeakerId, void 0, a.asJson(), o);
11587        else {
11588          const c = e.DetailedSpeechPhrase.fromJSON(p, this.privRequestSession.currentTurnAudioOffset);
11589          i = new t.SpeechRecognitionResult(this.privRequestSession.requestId, n, c.Text, c.Duration, c.Offset, c.Language, c.LanguageDetectionConfidence, c.SpeakerId, void 0, c.asJson(), o);
11590        }
11591        this.handleRecognizedCallback(i, i.offset, this.privRequestSession.sessionId);
11592      }
11593    }
11594    handleSpeechHypothesis(p) {
11595      const a = e.SpeechHypothesis.fromJSON(p, this.privRequestSession.currentTurnAudioOffset), n = new t.PropertyCollection();
11596      n.setProperty(t.PropertyId.SpeechServiceResponse_JsonResult, p);
11597      const i = new t.SpeechRecognitionResult(this.privRequestSession.requestId, t.ResultReason.RecognizingSpeech, a.Text, a.Duration, a.Offset, a.Language, a.LanguageDetectionConfidence, a.SpeakerId, void 0, a.asJson(), n);
11598      this.privRequestSession.onHypothesis(a.Offset), this.handleRecognizingCallback(i, a.Duration, this.privRequestSession.sessionId);
11599    }
11600  };
11601  return Zt.ConversationServiceRecognizer = r, Zt;
11602}
11603var Rn = {}, zo;
11604function el() {
11605  return zo || (zo = 1, function(t) {
11606    Object.defineProperty(t, "__esModule", { value: !0 }), t.RecognizerConfig = t.SpeechResultFormat = void 0;
11607    const e = R(), r = A(), s = ae;
11608    (function(a) {
11609      a[a.Simple = 0] = "Simple", a[a.Detailed = 1] = "Detailed";
11610    })(t.SpeechResultFormat || (t.SpeechResultFormat = {}));
11611    class p {
11612      constructor(n, i) {
11613        this.privSpeechServiceConfig = n || new r.SpeechServiceConfig(new r.Context(null)), this.privParameters = i, this.privMaxRetryCount = parseInt(i.getProperty("SPEECH-Error-MaxRetryCount", "4"), 10), this.privLanguageIdMode = i.getProperty(e.PropertyId.SpeechServiceConnection_LanguageIdMode, void 0), this.privEnableSpeakerId = !1;
11614      }
11615      get parameters() {
11616        return this.privParameters;
11617      }
11618      get recognitionMode() {
11619        return this.privRecognitionMode;
11620      }
11621      set recognitionMode(n) {
11622        this.privRecognitionMode = n, this.privRecognitionActivityTimeout = n === s.RecognitionMode.Interactive ? 8e3 : 25e3, this.privSpeechServiceConfig.Recognition = s.RecognitionMode[n];
11623      }
11624      get SpeechServiceConfig() {
11625        return this.privSpeechServiceConfig;
11626      }
11627      get recognitionActivityTimeout() {
11628        return this.privRecognitionActivityTimeout;
11629      }
11630      get isContinuousRecognition() {
11631        return this.privRecognitionMode !== s.RecognitionMode.Interactive;
11632      }
11633      get languageIdMode() {
11634        return this.privLanguageIdMode;

11635      }
11636      get autoDetectSourceLanguages() {
11637        return this.parameters.getProperty(e.PropertyId.SpeechServiceConnection_AutoDetectSourceLanguages, void 0);
11638      }
11639      get recognitionEndpointVersion() {
11640        return this.parameters.getProperty(e.PropertyId.SpeechServiceConnection_RecognitionEndpointVersion, "2");
11641      }
11642      set recognitionEndpointVersion(n) {
11643        this.parameters.setProperty(e.PropertyId.SpeechServiceConnection_RecognitionEndpointVersion, n);
11644      }
11645      get sourceLanguageModels() {
11646        const n = [];
11647        let i = !1;
11648        if (this.autoDetectSourceLanguages !== void 0)
11649          for (const o of this.autoDetectSourceLanguages.split(",")) {
11650            const c = o + e.PropertyId.SpeechServiceConnection_EndpointId.toString(), u = this.parameters.getProperty(c, void 0);
11651            u !== void 0 ? (n.push({ language: o, endpoint: u }), i = !0) : n.push({ language: o, endpoint: "" });
11652          }
11653        return i ? n : void 0;
11654      }
11655      get maxRetryCount() {
11656        return this.privMaxRetryCount;
11657      }
11658      get isSpeakerDiarizationEnabled() {
11659        return this.privEnableSpeakerId;
11660      }
11661      set isSpeakerDiarizationEnabled(n) {
11662        this.privEnableSpeakerId = n;
11663      }
11664    }
11665    t.RecognizerConfig = p;
11666  }(Rn)), Rn;
11667}
11668var jc = {};
11669Object.defineProperty(jc, "__esModule", { value: !0 });
11670var xi = {};
11671Object.defineProperty(xi, "__esModule", { value: !0 });
11672xi.WebsocketMessageFormatter = void 0;
11673const se = I(), jo = `\r
11674`;
11675class tl {
11676  toConnectionMessage(e) {
11677    const r = new se.Deferred();
11678    try {
11679      if (e.messageType === se.MessageType.Text) {
11680        const s = e.textContent;
11681        let p = {}, a = null;
11682        if (s) {
11683          const n = s.split(`\r
11684\r
11685`);
11686          n && n.length > 0 && (p = this.parseHeaders(n[0]), n.length > 1 && (a = n[1]));
11687        }
11688        r.resolve(new se.ConnectionMessage(e.messageType, a, p, e.id));
11689      } else if (e.messageType === se.MessageType.Binary) {
11690        const s = e.binaryContent;
11691        let p = {}, a = null;
11692        if (!s || s.byteLength < 2)
11693          throw new Error("Invalid binary message format. Header length missing.");
11694        const n = new DataView(s), i = n.getInt16(0);
11695        if (s.byteLength < i + 2)
11696          throw new Error("Invalid binary message format. Header content missing.");
11697        let o = "";
11698        for (let c = 0; c < i; c++)
11699          o += String.fromCharCode(n.getInt8(c + 2));
11700        p = this.parseHeaders(o), s.byteLength > i + 2 && (a = s.slice(2 + i)), r.resolve(new se.ConnectionMessage(e.messageType, a, p, e.id));
11701      }
11702    } catch (s) {
11703      r.reject(`Error formatting the message. Error: ${s}`);
11704    }
11705    return r.promise;
11706  }
11707  fromConnectionMessage(e) {
11708    const r = new se.Deferred();
11709    try {
11710      if (e.messageType === se.MessageType.Text) {
11711        const s = `${this.makeHeaders(e)}${jo}${e.textBody ? e.textBody : ""}`;
11712        r.resolve(new se.RawWebsocketMessage(se.MessageType.Text, s, e.id));
11713      } else if (e.messageType === se.MessageType.Binary) {
11714        const s = this.makeHeaders(e), p = e.binaryBody, a = this.stringToArrayBuffer(s), n = new Int8Array(a), i = n.byteLength, o = new Int8Array(2 + i + (p ? p.byteLength : 0));
11715        if (o[0] = i >> 8 & 255, o[1] = i & 255, o.set(n, 2), p) {
11716          const u = new Int8Array(p);
11717          o.set(u, 2 + i);
11718        }
11719        const c = o.buffer;
11720        r.resolve(new se.RawWebsocketMessage(se.MessageType.Binary, c, e.id));
11721      }
11722    } catch (s) {
11723      r.reject(`Error formatting the message. ${s}`);
11724    }
11725    return r.promise;
11726  }
11727  makeHeaders(e) {
11728    let r = "";
11729    if (e.headers)
11730      for (const s in e.headers)
11731        s && (r += `${s}: ${e.headers[s]}${jo}`);
11732    return r;
11733  }
11734  parseHeaders(e) {
11735    const r = {};
11736    if (e) {
11737      const s = e.match(/[^\r\n]+/g);
11738      if (r) {
11739        for (const p of s)
11740          if (p) {
11741            const a = p.indexOf(":"), n = a > 0 ? p.substr(0, a).trim().toLowerCase() : p, i = a > 0 && p.length > a + 1 ? p.substr(a + 1).trim() : "";
11742            r[n] = i;
11743          }
11744      }
11745    }
11746    return r;
11747  }
11748  stringToArrayBuffer(e) {
11749    const r = new ArrayBuffer(e.length), s = new DataView(r);
11750    for (let p = 0; p < e.length; p++)
11751      s.setUint8(p, e.charCodeAt(p));
11752    return r;
11753  }
11754}
11755xi.WebsocketMessageFormatter = tl;
11756var $t = {}, Lo;
11757function rl() {
11758  if (Lo) return $t;
11759  Lo = 1, Object.defineProperty($t, "__esModule", { value: !0 }), $t.SpeechConnectionFactory = void 0;
11760  const t = re(), e = A(), r = R(), s = Se(), p = A(), a = Y, n = pe, i = ae;
11761  let o = class extends s.ConnectionFactoryBase {
11762    constructor() {
11763      super(...arguments), this.interactiveRelativeUri = "/speech/recognition/interactive/cognitiveservices/v1", this.conversationRelativeUri = "/speech/recognition/conversation/cognitiveservices/v1", this.dictationRelativeUri = "/speech/recognition/dictation/cognitiveservices/v1", this.universalUri = "/stt/speech/universal/v";
11764    }
11765    async create(u, h, d) {
11766      let v = u.parameters.getProperty(r.PropertyId.SpeechServiceConnection_Endpoint, void 0);
11767      const f = u.parameters.getProperty(r.PropertyId.SpeechServiceConnection_Region, void 0), m = s.ConnectionFactoryBase.getHostSuffix(f), S = u.parameters.getProperty(r.PropertyId.SpeechServiceConnection_Host, "wss://" + f + ".stt.speech" + m), l = {}, g = u.parameters.getProperty(r.PropertyId.SpeechServiceConnection_EndpointId, void 0), C = u.parameters.getProperty(r.PropertyId.SpeechServiceConnection_RecoLanguage, void 0);
11768      if (g ? (!v || v.search(n.QueryParameterNames.CustomSpeechDeploymentId) === -1) && (l[n.QueryParameterNames.CustomSpeechDeploymentId] = g) : C && (!v || v.search(n.QueryParameterNames.Language) === -1) && (l[n.QueryParameterNames.Language] = C), (!v || v.search(n.QueryParameterNames.Format) === -1) && (l[n.QueryParameterNames.Format] = u.parameters.getProperty(e.OutputFormatPropertyName, r.OutputFormat[r.OutputFormat.Simple]).toLowerCase()), u.autoDetectSourceLanguages !== void 0 && (l[n.QueryParameterNames.EnableLanguageId] = "true"), this.setCommonUrlParams(u, l, v), v) {
11769        const E = new URL(v), z = E.pathname;
11770        (z === "" || z === "/") && (E.pathname = this.universalUri + u.recognitionEndpointVersion, v = await s.ConnectionFactoryBase.getRedirectUrlFromEndpoint(E.toString()));
11771      }
11772      if (!v)
11773        switch (u.recognitionMode) {
11774          case i.RecognitionMode.Conversation:
11775            u.parameters.getProperty(e.ForceDictationPropertyName, "false") === "true" ? v = S + this.dictationRelativeUri : u.recognitionEndpointVersion !== void 0 && parseInt(u.recognitionEndpointVersion, 10) > 1 ? v = `${S}${this.universalUri}${u.recognitionEndpointVersion}` : v = S + this.conversationRelativeUri;
11776            break;
11777          case i.RecognitionMode.Dictation:
11778            v = S + this.dictationRelativeUri;
11779            break;
11780          default:
11781            u.recognitionEndpointVersion !== void 0 && parseInt(u.recognitionEndpointVersion, 10) > 1 ? v = `${S}${this.universalUri}${u.recognitionEndpointVersion}` : v = S + this.interactiveRelativeUri;
11782            break;
11783        }
11784      const y = {};
11785      h.token !== void 0 && h.token !== "" && (y[h.headerName] = h.token), y[a.HeaderNames.ConnectionId] = d, y.c

11785onnectionId = d;
11786      const P = u.parameters.getProperty("SPEECH-EnableWebsocketCompression", "false") === "true", T = new t.WebsocketConnection(v, l, y, new p.WebsocketMessageFormatter(), t.ProxyInfo.fromRecognizerConfig(u), P, d), _ = T.uri;
11787      return u.parameters.setProperty(r.PropertyId.SpeechServiceConnection_Url, _), T;
11788    }
11789  };
11790  return $t.SpeechConnectionFactory = o, $t;
11791}
11792var er = {}, Bo;
11793function il() {
11794  if (Bo) return er;
11795  Bo = 1, Object.defineProperty(er, "__esModule", { value: !0 }), er.ConversationTranscriberConnectionFactory = void 0;
11796  const t = re(), e = R(), r = A(), s = Se(), p = A(), a = Y, n = pe;
11797  let i = class extends s.ConnectionFactoryBase {
11798    constructor() {
11799      super(...arguments), this.universalUri = "/stt/speech/universal/v2", this.conversationRelativeUriV1 = "/speech/recognition/conversation/cognitiveservices/v1";
11800    }
11801    async create(c, u, h) {
11802      let d = c.parameters.getProperty(e.PropertyId.SpeechServiceConnection_Endpoint, void 0);
11803      const v = c.parameters.getProperty(e.PropertyId.SpeechServiceConnection_Region, void 0), f = s.ConnectionFactoryBase.getHostSuffix(v), m = c.parameters.getProperty(e.PropertyId.SpeechServiceConnection_Host, "wss://" + v + ".stt.speech" + f), S = {}, l = c.parameters.getProperty(e.PropertyId.SpeechServiceConnection_EndpointId, void 0), g = c.parameters.getProperty(e.PropertyId.SpeechServiceConnection_RecoLanguage, void 0);
11804      if (l ? (!d || d.search(n.QueryParameterNames.CustomSpeechDeploymentId) === -1) && (S[n.QueryParameterNames.CustomSpeechDeploymentId] = l) : g && (!d || d.search(n.QueryParameterNames.Language) === -1) && (S[n.QueryParameterNames.Language] = g), c.autoDetectSourceLanguages !== void 0 && (S[n.QueryParameterNames.EnableLanguageId] = "true"), c.parameters.getProperty(e.PropertyId.SpeechServiceConnection_RecognitionEndpointVersion, void 0) === "1")
11805        d = `${m}${this.universalUri}`;
11806      else {
11807        if (this.setV2UrlParams(c, S, d), d) {
11808          const E = new URL(d), z = E.pathname;
11809          (z === "" || z === "/") && (E.pathname = this.universalUri, d = await s.ConnectionFactoryBase.getRedirectUrlFromEndpoint(E.toString()));
11810        }
11811        d || (d = `${m}${this.conversationRelativeUriV1}`);
11812      }
11813      const y = {};
11814      u.token !== void 0 && u.token !== "" && (y[u.headerName] = u.token), y[a.HeaderNames.ConnectionId] = h;
11815      const P = c.parameters.getProperty("SPEECH-EnableWebsocketCompression", "false") === "true", T = new t.WebsocketConnection(d, S, y, new p.WebsocketMessageFormatter(), t.ProxyInfo.fromRecognizerConfig(c), P, h), _ = T.uri;
11816      return c.parameters.setProperty(e.PropertyId.SpeechServiceConnection_Url, _), T;
11817    }
11818    setV2UrlParams(c, u, h) {
11819      (/* @__PURE__ */ new Map([
11820        [e.PropertyId.Speech_SegmentationSilenceTimeoutMs, n.QueryParameterNames.SegmentationSilenceTimeoutMs],
11821        [e.PropertyId.SpeechServiceConnection_EnableAudioLogging, n.QueryParameterNames.EnableAudioLogging],
11822        [e.PropertyId.SpeechServiceConnection_EndSilenceTimeoutMs, n.QueryParameterNames.EndSilenceTimeoutMs],
11823        [e.PropertyId.SpeechServiceConnection_InitialSilenceTimeoutMs, n.QueryParameterNames.InitialSilenceTimeoutMs],
11824        [e.PropertyId.SpeechServiceResponse_PostProcessingOption, n.QueryParameterNames.Postprocessing],
11825        [e.PropertyId.SpeechServiceResponse_ProfanityOption, n.QueryParameterNames.Profanity],
11826        [e.PropertyId.SpeechServiceResponse_StablePartialResultThreshold, n.QueryParameterNames.StableIntermediateThreshold]
11827      ])).forEach((f, m) => {
11828        this.setUrlParameter(m, f, c, u, h);
11829      });
11830      const v = JSON.parse(c.parameters.getProperty(r.ServicePropertiesPropertyName, "{}"));
11831      Object.keys(v).forEach((f) => {
11832        u[f] = v[f];
11833      });
11834    }
11835  };
11836  return er.ConversationTranscriberConnectionFactory = i, er;
11837}
11838var tr = {}, qo;
11839function nl() {
11840  if (qo) return tr;
11841  qo = 1, Object.defineProperty(tr, "__esModule", { value: !0 }), tr.TranscriberConnectionFactory = void 0;
11842  const t = re(), e = R(), r = Se(), s = A(), p = Y, a = pe;
11843  let n = class extends r.ConnectionFactoryBase {
11844    constructor() {
11845      super(...arguments), this.multiaudioRelativeUri = "/speech/recognition/multiaudio";
11846    }
11847    create(o, c, u) {
11848      let h = o.parameters.getProperty(e.PropertyId.SpeechServiceConnection_Endpoint, void 0);
11849      const d = o.parameters.getProperty(e.PropertyId.SpeechServiceConnection_Region, "centralus"), v = r.ConnectionFactoryBase.getHostSuffix(d), f = "

11849wss://transcribe." + d + ".cts.speech" + v + this.multiaudioRelativeUri, m = o.parameters.getProperty(e.PropertyId.SpeechServiceConnection_Host, f), S = {};
11850      this.setQueryParams(S, o, h), h || (h = m);
11851      const l = {};
11852      c.token !== void 0 && c.token !== "" && (l[c.headerName] = c.token), l[p.HeaderNames.ConnectionId] = u, o.parameters.setProperty(e.PropertyId.SpeechServiceConnection_Url, h);
11853      const g = o.parameters.getProperty("SPEECH-EnableWebsocketCompression", "false") === "true";
11854      return Promise.resolve(new t.WebsocketConnection(h, S, l, new s.WebsocketMessageFormatter(), t.ProxyInfo.fromRecognizerConfig(o), g, u));
11855    }
11856    setQueryParams(o, c, u) {
11857      const h = c.parameters.getProperty(e.PropertyId.SpeechServiceConnection_EndpointId, void 0), d = c.parameters.getProperty(e.PropertyId.SpeechServiceConnection_RecoLanguage, void 0);
11858      h && !(a.QueryParameterNames.CustomSpeechDeploymentId in o) && (o[a.QueryParameterNames.CustomSpeechDeploymentId] = h), d && !(a.QueryParameterNames.Language in o) && (o[a.QueryParameterNames.Language] = d);
11859      const v = c.parameters.getProperty(e.PropertyId.SpeechServiceResponse_RequestWordLevelTimestamps, "false").toLowerCase() === "true", f = c.parameters.getProperty(s.OutputFormatPropertyName, e.OutputFormat[e.OutputFormat.Simple]) !== e.OutputFormat[e.OutputFormat.Simple];
11860      (v || f) && (o[a.QueryParameterNames.Format] = e.OutputFormat[e.OutputFormat.Detailed].toLowerCase()), this.setCommonUrlParams(c, o, u);
11861    }
11862  };
11863  return tr.TranscriberConnectionFactory = n, tr;
11864}
11865var rr = {}, Fo;
11866function sl() {
11867  if (Fo) return rr;
11868  Fo = 1, Object.defineProperty(rr, "__esModule", { value: !0 }), rr.TranslationConnectionFactory = void 0;
11869  const t = re(), e = Lr, r = R(), s = Se(), p = A(), a = Y, n = pe, i = ae;
11870  let o = class extends s.ConnectionFactoryBase {
11871    constructor() {
11872      super(...arguments), this.universalUri = "/stt/speech/universal/v2", this.translationV1Uri = "/speech/translation/cognitiveservices/v1";
11873    }
11874    async create(u, h, d) {
11875      let v = this.getEndpointUrl(u);
11876      const f = {};
11877      if (this.setQueryParams(f, u, v), v) {
11878        const g = new URL(v), C = g.pathname;
11879        (C === "" || C === "/") && (g.pathname = this.universalUri, v = await s.ConnectionFactoryBase.getRedirectUrlFromEndpoint(g.toString()));
11880      }
11881      const m = {};
11882      h.token !== void 0 && h.token !== "" && (m[h.headerName] = h.token), m[a.HeaderNames.ConnectionId] = d, u.parameters.setProperty(r.PropertyId.SpeechServiceConnection_Url, v);
11883      const S = u.parameters.getProperty("SPEECH-EnableWebsocketCompression", "false") === "true";
11884      return new t.WebsocketConnection(v, f, m, new p.WebsocketMessageFormatter(), t.ProxyInfo.fromRecognizerConfig(u), S, d);
11885    }
11886    getEndpointUrl(u, h) {
11887      const d = u.parameters.getProperty(r.PropertyId.SpeechServiceConnection_Region), v = s.ConnectionFactoryBase.getHostSuffix(d);
11888      let f = u.parameters.getProperty(r.PropertyId.SpeechServiceConnection_Endpoint, void 0);
11889      return f ? h === !0 ? f : e.StringUtils.formatString(f, { region: d }) : (u.parameters.getProperty("SPEECH-ForceV1Endpoint", "false") === "true" ? f = u.parameters.getProperty(r.PropertyId.SpeechServiceConnection_Host, "wss://{region}.s2s.speech" + v) + this.translationV1Uri : f = u.parameters.getProperty(r.PropertyId.SpeechServiceConnection_Host, "wss://{region}.stt.speech" + v) + this.universalUri, h === !0 ? f : e.StringUtils.formatString(f, { region: d }));
11890    }
11891    setQueryParams(u, h, d) {
11892      u.from = h.parameters.getProperty(r.PropertyId.SpeechServiceConnection_RecoLanguage), u.to = h.parameters.getProperty(r.PropertyId.SpeechServiceConnection_TranslationToLanguages), u.scenario = h.recognitionMode === i.RecognitionMode.Interactive ? "interactive" : h.recognitionMode === i.RecognitionMode.Conversation ? "conversation" : "", this.setCommonUrlParams(h, u, d), this.setUrlParameter(r.PropertyId.SpeechServiceResponse_TranslationRequestStablePartialResult, n.QueryParameterNames.StableTranslation, h, u, d);
11893      const v = h.parameters.getProperty(r.PropertyId.SpeechServiceConnection_TranslationVoice, void 0);
11894      v !== void 0 && (u.voice = v, u.features = "requireVoice");
11895    }
11896  };
11897  return rr.TranslationConnectionFactory = o, rr;
11898}
11899var ir = {}, Uo;
11900function ol() {
11901  if (Uo) return ir;
11902  Uo = 1, Object.defineProperty(ir, "__esModule", { value: !0 }), ir.EnumTranslation = void 0;
11903  const t = R(), e = A();
11904  let r = class {
11905    static implTranslateRecognitionResult(p, a = !1) {
11906      let n = t.ResultReason.Canceled;
11907      switch (p) {
11908        case e.RecognitionStatus.Success:
11909          n = t.ResultReason.RecognizedSpeech;
11910          break;
11911        case e.RecognitionStatus.EndOfDictation:
11912          n = a ? t.ResultReason.RecognizedSpeech : t.ResultReason.NoMatch;
11913          break;
11914        case e.RecognitionStatus.NoMatch:
11915        case e.RecognitionStatus.InitialSilenceTimeout:
11916        case e.RecognitionStatus.BabbleTimeout:
11917          n = t.ResultReason.NoMatch;
11918          break;
11919        case e.RecognitionStatus.Error:
11920        case e.RecognitionStatus.BadRequest:
11921        case e.RecognitionStatus.Forbidden:
11922        default:
11923          n = t.ResultReason.Canceled;
11924          break;
11925      }
11926      return n;
11927    }
11928    static implTranslateCancelResult(p) {
11929      let a = t.CancellationReason.EndOfStream;
11930      switch (p) {
11931        case e.RecognitionStatus.Success:
11932        case e.RecognitionStatus.EndOfDictation:
11933        case e.RecognitionStatus.NoMatch:
11934          a = t.CancellationReason.EndOfStream;
11935          break;
11936        case e.RecognitionStatus.InitialSilenceTimeout:
11937        case e.RecognitionStatus.BabbleTimeout:
11938        case e.RecognitionStatus.Error:
11939        case e.RecognitionStatus.BadRequest:
11940        case e.RecognitionStatus.Forbidden:
11941        default:
11942          a = t.CancellationReason.Error;
11943          break;
11944      }
11945      return a;
11946    }
11947    static implTranslateCancelErrorCode(p) {
11948      let a = t.CancellationErrorCode.NoError;
11949      switch (p) {
11950        case e.RecognitionStatus.Error:
11951          a = t.CancellationErrorCode.ServiceError;
11952          break;
11953        case e.RecognitionStatus.TooManyRequests:
11954          a = t.CancellationErrorCode.TooManyRequests;
11955          break;
11956        case e.RecognitionStatus.BadRequest:
11957          a = t.CancellationErrorCode.BadRequestParameters;
11958          break;
11959        case e.RecognitionStatus.Forbidden:
11960          a = t.CancellationErrorCode.Forbidden;
11961          break;
11962        default:
11963          a = t.CancellationErrorCode.NoError;
11964          break;
11965      }
11966      return a;
11967    }
11968    static implTranslateErrorDetails(p) {
11969      let a = "The speech service encountered an internal error and could not continue.";
11970      switch (p) {
11971        case t.CancellationErrorCode.Forbidden:
11972          a = "The recognizer is using a free subscription that ran out of quota.";
11973          break;
11974        case t.CancellationErrorCode.BadRequestParameters:
11975          a = "Invalid parameter or unsupported audio format in the request.";
11976          break;
11977        case t.CancellationErrorCode.TooManyRequests:
11978          a = "The number of parallel requests exceeded the number of allowed concurrent transcriptions.";
11979          break;
11980      }
11981      return a;
11982    }
11983  };
11984  return ir.EnumTranslation = r, ir;
11985}
11986var Lc = {};
11987(function(t) {
11988  Object.defineProperty(t, "__esModule", { value: !0 }), t.RecognitionStatus = t.SynthesisStatus = void 0, function(e) {
11989    e[e.Success = 0] = "Success", e[e.SynthesisEnd = 1] = "SynthesisEnd", e[e.Error = 2] = "Error";
11990  }(t.SynthesisStatus || (t.SynthesisStatus = {})), function(e) {

11991    e[e.Success = 0] = "Success", e[e.NoMatch = 1] = "NoMatch", e[e.InitialSilenceTimeout = 2] = "InitialSilenceTimeout", e[e.BabbleTimeout = 3] = "BabbleTimeout", e[e.Error = 4] = "Error", e[e.EndOfDictation = 5] = "EndOfDictation", e[e.TooManyRequests = 6] = "TooManyRequests", e[e.BadRequest = 7] = "BadRequest", e[e.Forbidden = 8] = "Forbidden";
11992  }(t.RecognitionStatus || (t.RecognitionStatus = {}));
11993})(Lc);
11994var nr = {}, xo;
11995function al() {
11996  if (xo) return nr;
11997  xo = 1, Object.defineProperty(nr, "__esModule", { value: !0 }), nr.TranslationSynthesisEnd = void 0;
11998  const t = A();
11999  let e = class Bc {
12000    constructor(s) {
12001      this.privSynthesisEnd = JSON.parse(s), this.privSynthesisEnd.SynthesisStatus && (this.privSynthesisEnd.SynthesisStatus = t.SynthesisStatus[this.privSynthesisEnd.SynthesisStatus]), this.privSynthesisEnd.Status && (this.privSynthesisEnd.SynthesisStatus = t.SynthesisStatus[this.privSynthesisEnd.Status]);
12002    }
12003    static fromJSON(s) {
12004      return new Bc(s);
12005    }
12006    get SynthesisStatus() {
12007      return this.privSynthesisEnd.SynthesisStatus;
12008    }
12009    get FailureReason() {
12010      return this.privSynthesisEnd.FailureReason;
12011    }
12012  };
12013  return nr.TranslationSynthesisEnd = e, nr;
12014}
12015var Wi = {};
12016Object.defineProperty(Wi, "__esModule", { value: !0 });
12017Wi.TranslationHypothesis = void 0;
12018const cl = O, Wo = hi;
12019class Kr {
12020  constructor(e, r) {
12021    this.privTranslationHypothesis = e, this.privTranslationHypothesis.Off

12021set += r, this.privTranslationHypothesis.Translation.TranslationStatus = this.mapTranslationStatus(this.privTranslationHypothesis.Translation.TranslationStatus);
12022  }
12023  static fromJSON(e, r) {
12024    return new Kr(JSON.parse(e), r);
12025  }
12026  static fromTranslationResponse(e, r) {
12027    cl.Contracts.throwIfNullOrUndefined(e, "translationHypothesis");
12028    const s = e.SpeechHypothesis;
12029    return e.SpeechHypothesis = void 0, s.Translation = e, new Kr(s, r);
12030  }
12031  get Duration() {
12032    return this.privTranslationHypothesis.Duration;
12033  }
12034  get Offset() {
12035    return this.privTranslationHypothesis.Offset;
12036  }
12037  get Text() {
12038    return this.privTranslationHypothesis.Text;
12039  }
12040  get Translation() {
12041    return this.privTranslationHypothesis.Translation;
12042  }
12043  get Language() {
12044    var e;
12045    return (e = this.privTranslationHypothesis.PrimaryLanguage) == null ? void 0 : e.Language;
12046  }
12047  asJson() {
12048    const e = { ...this.privTranslationHypothesis };
12049    return e.Translation !== void 0 ? JSON.stringify({
12050      ...e,
12051      TranslationStatus: Wo.TranslationStatus[e.Translation.TranslationStatus]
12052    }) : JSON.stringify(e);
12053  }
12054  mapTranslationStatus(e) {
12055    if (typeof e == "string")
12056      return Wo.TranslationStatus[e];
12057    if (typeof e == "number")
12058      return e;
12059  }
12060}
12061Wi.TranslationHypothesis = Kr;
12062var sr = {}, Ho;
12063function pl() {
12064  if (Ho) return sr;
12065  Ho = 1, Object.defineProperty(sr, "__esModule", { value: !0 }), sr.TranslationPhrase = void 0;
12066  const t = O, e = A(), r = hi;
12067  let s = class bn {
12068    constructor(a, n) {
12069      this.privTranslationPhrase = a, this.privTranslationPhrase.Offset += n, this.privTranslationPhrase.RecognitionStatus = this.mapRecognitionStatus(this.privTranslationPhrase.RecognitionStatus), this.privTranslationPhrase.Translation !== void 0 && (this.privTranslationPhrase.Translation.TranslationStatus = this.mapTranslationStatus(this.privTranslationPhrase.Translation.TranslationStatus));
12070    }
12071    static fromJSON(a, n) {
12072      return new bn(JSON.parse(a), n);
12073    }
12074    static fromTranslationResponse(a, n) {
12075      t.Contracts.throwIfNullOrUndefined(a, "translationResponse");
12076      const i = a.SpeechPhrase;
12077      return a.SpeechPhrase = void 0, i.Translation = a, i.Text = i.DisplayText, new bn(i, n);
12078    }
12079    get RecognitionStatus() {
12080      return this.privTranslationPhrase.RecognitionStatus;
12081    }
12082    get Offset() {
12083      return this.privTranslationPhrase.Offset;
12084    }
12085    get Duration() {
12086      return this.privTranslationPhrase.Duration;
12087    }
12088    get Text() {
12089      return this.privTranslationPhrase.Text;
12090    }
12091    get Language() {
12092      var a;
12093      return (a = this.privTranslationPhrase.PrimaryLanguage) == null ? void 0 : a.Language;
12094    }
12095    get Confidence() {
12096      var a;
12097      return (a = this.privTranslationPhrase.PrimaryLanguage) == null ? void 0 : a.Confidence;
12098    }
12099    get Translation() {
12100      return this.privTranslationPhrase.Translation;
12101    }
12102    asJson() {
12103      const a = { ...this.privTranslationPhrase }, n = {
12104        ...a,
12105        RecognitionStatus: e.RecognitionStatus[a.RecognitionStatus]
12106      };
12107      return a.Translation && (n.Translation = {
12108        ...a.Translation,
12109        TranslationStatus: r.TranslationStatus[a.Translation.TranslationStatus]
12110      }), JSON.stringify(n);
12111    }
12112    mapRecognitionStatus(a) {
12113      if (typeof a == "string")
12114        return e.RecognitionStatus[a];
12115      if (typeof a == "number")
12116        return a;
12117    }
12118    mapTranslationStatus(a) {
12119      if (typeof a == "string")
12120        return r.TranslationStatus[a];
12121      if (typeof a == "number")
12122        return a;
12123    }
12124  };
12125  return sr.TranslationPhrase = s, sr;
12126}
12127var or = {}, Ko;
12128function ul() {
12129  if (Ko) return or;
12130  Ko = 1, Object.defineProperty(or, "__esModule", { value: !0 }), or.TranslationServiceRecognizer = void 0;
12131  const t = I(), e = R(), r = A();
12132  let s = class extends r.ConversationServiceRecognizer {
12133    constructor(a, n, i, o, c) {
12134      super(a, n, i, o, c), this.privTranslationRecognizer = c, this.connectionEvents.attach((u) => {
12135        u.name === "ConnectionEstablishedEvent" && this.privTranslationRecognizer.onConnection();
12136      });
12137    }
12138    async processTypeSpecificMessages(a) {
12139      const n = new e.PropertyCollection();
12140      let i = await this.processSpeechMessages(a);
12141      if (i)
12142        return !0;
12143      const o = async (u) => {
12144        n.setProperty(e.PropertyId.SpeechServiceResponse_JsonResult, u.asJson());
12145        const h = this.privRequestSession.onPhraseRecognized(u.Offset + u.Duration);
12146        if (h > 0 && n.setProperty(e.PropertyId.SpeechServiceResponse_RecognitionLatencyMs, h.toString()), u.RecognitionStatus === r.RecognitionStatus.Success) {
12147          const d = this.fireEventForResult(u, n);
12148          if (this.privTranslationRecognizer.recognized)
12149            try {
12150              this.privTranslationRecognizer.recognized(this.privTranslationRecognizer, d);
12151            } catch {
12152            }
12153          if (this.privSuccessCallback) {
12154            try {
12155              this.privSuccessCallback(d.result);
12156            } catch (v) {
12157              this.privErrorCallback && this.privErrorCallback(v);
12158            }
12159            this.privSuccessCallback = void 0, this.privErrorCallback = void 0;
12160          }
12161        } else {
12162          const d = r.EnumTranslation.implTranslateRecognitionResult(u.RecognitionStatus), v = new e.TranslationRecognitionResult(void 0, this.privRequestSession.requestId, d, u.Text, u.Duration, u.Offset, u.Language, u.Confidence, void 0, u.asJson(), n);
12163          if (d === e.ResultReason.Canceled) {
12164            const f = r.EnumTranslation.implTranslateCancelResult(u.RecognitionStatus), m = r.EnumTranslation.implTranslateCancelErrorCode(u.RecognitionStatus);
12165            await this.cancelRecognitionLocal(f, m, r.EnumTranslation.implTranslateErrorDetails(m));
12166          } else if (u.RecognitionStatus !== r.RecognitionStatus.EndOfDictation) {
12167            const f = new e.TranslationRecognitionEventArgs(v, v.offset, this.privRequestSession.sessionId);
12168            if (this.privTranslationRecognizer.recognized)
12169              try {
12170                this.privTranslationRecognizer.recognized(this.privTranslationRecognizer, f);
12171              } catch {
12172              }
12173            if (this.privSuccessCallback) {
12174              try {
12175                this.privSuccessCallback(v);
12176              } catch (m) {
12177                this.privErrorCallback && this.privErrorCallback(m);
12178              }
12179              this.privSuccessCallback = void 0, this.privErrorCallback = void 0;
12180            }
12181          }
12182          i = !0;
12183        }
12184      }, c = (u) => {
12185        n.setProperty(e.PropertyId.SpeechServiceResponse_JsonResult, u.asJson());
12186        const h = this.privRequestSession.onHypothesis(u.Offset);
12187        h > 0 && n.setProperty(e.PropertyId.SpeechServiceResponse_RecognitionLatencyMs, h.toString());
12188        const d = this.fireEventForResult(u, n);
12189        if (this.privTranslationRecognizer.recognizing)
12190          try {
12191            this.privTranslationRecognizer.recognizing(this.privTranslationRecognizer, d);
12192          } catch {
12193          }
12194        i = !0;
12195      };
12196      switch (a.messageType === t.MessageType.Text && n.setProperty(e.PropertyId.SpeechServiceResponse_JsonResult, a.textBody), a.path.toLowerCase()) {
12197        case "translation.hypothesis":
12198          c(r.TranslationHypothesis.fromJSON(a.textBody, this.privRequestSession.currentTurnAudioOffset));
12199          break;
12200        case "translation.response":
12201          const u = JSON.parse(a.textBody);
12202          if (u.SpeechPhrase)
12203            await o(r.TranslationPhrase.fromTranslationResponse(u, this.privRequestSession.currentTurnAudioOffset));
12204          else {
12205            const d = JSON.parse(a.textBody);
12206            d.SpeechHypothesis && c(r.TranslationHypothesis.fromTranslationResponse(d, this.privRequestSession.currentTurnAudioOffset));
12207          }
12208          break;
12209        case "translation.phrase":
12210          await o(r.TranslationPhrase.fromJSON(a.textBody, this.privRequestSession.currentTurnAudioOffset));
12211          break;
12212        case "translation.synthesis":
12213        case "audio":
12214          this.sendSynthesisAudio(a.binaryBody, this.privRequestSession.sessionId), i = !0;
12215          break;
12216        case "audio.end":
12217        case "translation.synthesis.end":
12218          const h = r.TranslationSynthesisEnd.fromJSON(a.textBody);
12219          switch (h.SynthesisStatus) {
12220            case r.SynthesisStatus.Error:
12221              if (this.privTranslationRecognizer.synthesizing) {
12222                const d = new e.TranslationSynthesisResult(e.ResultReason.Canceled, void 0), v = new e.TranslationSynthesisEventArgs(d, this.privRequestSession.sessionId);
12223                try {
12224                  this.privTranslationRecognizer.synthesizing(this.privTranslationRecognizer, v);
12225                } catch {
12226                }
12227              }
12228              if (this.privTranslationRecognizer.canceled) {
12229                const d = new e.TranslationRecognitionCanceledEventArgs(this.privRequestSession.sessionId, e.CancellationReason.Error, h.FailureReason, e.CancellationErrorCode.ServiceError, null);
12230                try {
12231                  this.privTranslationRecognizer.canceled(this.privTranslationRecognizer, d);
12232                } catch {
12233                }
12234              }
12235              break;
12236            case r.SynthesisStatus.Success:
12237              this.sendSynthesisAudio(void 0, this.privRequestSession.sessionId);
12238              break;
12239          }
12240          i = !0;
12241          break;
12242      }
12243      return i;
12244    }
12245    // Cancels recognition.
12246    cancelRecognition(a, n, i, o, c) {
12247      const u = new e.PropertyCollection();
12248      if (u.setProperty(r.CancellationErrorCodePropertyName, e.CancellationErrorCode[o]), this.privTranslationRecognizer.canceled) {
12249        const h = new e.TranslationRecognitionCanceledEventArgs(a, i, c, o, void 0);
12250        try {
12251          this.privTranslationRecognizer.canceled(this.privTranslationRecognizer, h);
12252        } catch {
12253        }
12254      }
12255      if (this.privSuccessCallback) {
12256        const h = new e.TranslationRecognitionResult(
12257          void 0,
12258          // Translations
12259          n,
12260          e.ResultReason.Canceled,
12261          void 0,
12262          // Text
12263          void 0,
12264          // Druation
12265          void 0,
12266          // Offset
12267          void 0,
12268          // Language
12269          void 0,
12270          // LanguageDetectionConfidence
12271          c,
12272          void 0,
12273          // Json
12274          u
12275        );
12276        try {
12277          this.privSuccessCallback(h), this.privSuccessCallback = void 0;
12278        } catch {
12279        }
12280      }
12281    }
12282    handleRecognizingCallback(a, n, i) {

12283      try {
12284        const o = new e.TranslationRecognitionEventArgs(e.TranslationRecognitionResult.fromSpeechRecognitionResult(a), n, i);
12285        this.privTranslationRecognizer.recognizing(this.privTranslationRecognizer, o);
12286      } catch {
12287      }
12288    }
12289    handleRecognizedCallback(a, n, i) {
12290      try {
12291        const o = new e.TranslationRecognitionEventArgs(e.TranslationRecognitionResult.fromSpeechRecognitionResult(a), n, i);
12292        this.privTranslationRecognizer.recognized(this.privTranslationRecognizer, o);
12293      } catch {
12294      }
12295    }
12296    fireEventForResult(a, n) {
12297      let i;
12298      if (a.Translation.Translations !== void 0) {
12299        i = new e.Translations();
12300        for (const v of a.Translation.Translations)
12301          i.set(v.Language, v.Text || v.DisplayText);
12302      }
12303      let o, c;
12304      a instanceof r.TranslationPhrase ? (a.Translation && a.Translation.TranslationStatus === t.TranslationStatus.Success ? o = e.ResultReason.TranslatedSpeech : o = e.ResultReason.RecognizedSpeech, c = a.Confidence) : o = e.ResultReason.TranslatingSpeech;
12305      const u = a.Language, h = new e.TranslationRecognitionResult(i, this.privRequestSession.requestId, o, a.Text, a.Duration, a.Offset, u, c, a.Translation.FailureReason, a.asJson(), n);
12306      return new e.TranslationRecognitionEventArgs(h, a.Offset, this.privRequestSession.sessionId);
12307    }
12308    sendSynthesisAudio(a, n) {
12309      const i = a === void 0 ? e.ResultReason.SynthesizingAudioCompleted : e.ResultReason.SynthesizingAudio, o = new e.TranslationSynthesisResult(i, a), c = new e.TranslationSynthesisEventArgs(o, n);
12310      if (this.privTranslationRecognizer.synthesizing)
12311        try {
12312          this.privTranslationRecognizer.synthesizing(this.privTranslationRecognizer, c);
12313        } catch {
12314        }
12315    }
12316  };
12317  return or.TranslationServiceRecognizer = s, or;
12318}
12319var Hi = {};
12320Object.defineProperty(Hi, "__esModule", { value: !0 });
12321Hi.SpeechDetected = void 0;
12322class Gn {
12323  constructor(e, r) {
12324    this.privSpeechStartDetected = JSON.parse(e), this.privSpeechStartDetected.Offset += r;
12325  }
12326  static fromJSON(e, r) {
12327    return new Gn(e, r);
12328  }
12329  get Offset() {
12330    return this.privSpeechStartDetected.Offset;
12331  }
12332}
12333Hi.SpeechDetected = Gn;
12334var Ki = {};
12335Object.defineProperty(Ki, "__esModule", { value: !0 });
12336Ki.SpeechHypothesis = void 0;
12337class Qn {
12338  constructor(e, r) {
12339    this.privSpeechHypothesis = JSON.parse(e), this.updateOffset(r);
12340  }
12341  static fromJSON(e, r) {
12342    return new Qn(e, r);
12343  }
12344  updateOffset(e) {

12345    this.privSpeechHypothesis.Offset += e;
12346  }
12347  asJson() {
12348    return JSON.stringify(this.privSpeechHypothesis);
12349  }
12350  get Text() {
12351    return this.privSpeechHypothesis.Text;
12352  }
12353  get Offset() {
12354    return this.privSpeechHypothesis.Offset;
12355  }
12356  get Duration() {
12357    return this.privSpeechHypothesis.Duration;
12358  }
12359  get Language() {
12360    return this.privSpeechHypothesis.PrimaryLanguage === void 0 ? void 0 : this.privSpeechHypothesis.PrimaryLanguage.Language;
12361  }
12362  get LanguageDetectionConfidence() {
12363    return this.privSpeechHypothesis.PrimaryLanguage === void 0 ? void 0 : this.privSpeechHypothesis.PrimaryLanguage.Confidence;
12364  }
12365  get SpeakerId() {
12366    return this.privSpeechHypothesis.SpeakerId;
12367  }
12368}
12369Ki.SpeechHypothesis = Qn;
12370var Ji = {};
12371Object.defineProperty(Ji, "__esModule", { value: !0 });
12372Ji.SpeechKeyword = void 0;
12373class Xn {
12374  constructor(e, r) {
12375    this.privSpeechKeyword = JSON.parse(e), this.privSpeechKeyword.Offset += r;
12376  }
12377  static fromJSON(e, r) {
12378    return new Xn(e, r);
12379  }
12380  get Status() {
12381    return this.privSpeechKeyword.Status;
12382  }
12383  get Text() {
12384    return this.privSpeechKeyword.Text;
12385  }
12386  get Offset() {
12387    return this.privSpeechKeyword.Offset;
12388  }
12389  get Duration() {
12390    return this.privSpeechKeyword.Duration;
12391  }
12392  asJson() {
12393    return JSON.stringify(this.privSpeechKeyword);
12394  }
12395}
12396Ji.SpeechKeyword = Xn;
12397var ar = {}, Jo;
12398function hl() {
12399  if (Jo) return ar;
12400  Jo = 1, Object.defineProperty(ar, "__esModule", { value: !0 }), ar.SpeechServiceRecognizer = void 0;
12401  const t = R(), e = A();
12402  let r = class extends e.ServiceRecognizerBase {
12403    constructor(p, a, n, i, o) {
12404      super(p, a, n, i, o), this.privSpeechRecognizer = o;
12405    }
12406    async processTypeSpecificMessages(p) {
12407      let a;
12408      const n = new t.PropertyCollection();
12409      let i = !1;
12410      switch (p.path.toLowerCase()) {
12411        case "speech.hypothesis":
12412        case "speech.fragment":
12413          const o = e.SpeechHypothesis.fromJSON(p.textBody, this.privRequestSession.currentTurnAudioOffset);
12414          n.setProperty(t.PropertyId.SpeechServiceResponse_JsonResult, o.asJson());
12415          const c = this.privRequestSession.onHypothesis(o.Offset);
12416          c > 0 && n.setProperty(t.PropertyId.SpeechServiceResponse_RecognitionLatencyMs, c.toString()), a = new t.SpeechRecognitionResult(
12417            this.privRequestSession.requestId,
12418            t.ResultReason.RecognizingSpeech,
12419            o.Text,
12420            o.Duration,
12421            o.Offset,
12422            o.Language,
12423            o.LanguageDetectionConfidence,
12424            void 0,
12425            // Speaker Id
12426            void 0,
12427            o.asJson(),
12428            n
12429          );
12430          const u = new t.SpeechRecognitionEventArgs(a, o.Offset, this.privRequestSession.sessionId);
12431          if (this.privSpeechRecognizer.recognizing)
12432            try {
12433              this.privSpeechRecognizer.recognizing(this.privSpeechRecognizer, u);
12434            } catch {
12435            }
12436          i = !0;
12437          break;
12438        case "speech.phrase":
12439          const h = e.SimpleSpeechPhrase.fromJSON(p.textBody, this.privRequestSession.currentTurnAudioOffset);
12440          n.setProperty(t.PropertyId.SpeechServiceResponse_JsonResult, h.asJson());
12441          const d = e.EnumTranslation.implTranslateRecognitionResult(h.RecognitionStatus, this.privExpectContentAssessmentResponse), v = this.privRequestSession.onPhraseRecognized(h.Offset + h.Duration);
12442          if (v > 0 && n.setProperty(t.PropertyId.SpeechServiceResponse_RecognitionLatencyMs, v.toString()), t.ResultReason.Canceled === d) {
12443            const f = e.EnumTranslation.implTranslateCancelResult(h.RecognitionStatus), m = e.EnumTranslation.implTranslateCancelErrorCode(h.RecognitionStatus);
12444            await this.cancelRecognitionLocal(f, m, e.EnumTranslation.implTranslateErrorDetails(m));
12445          } else {
12446            if (h.RecognitionStatus === e.RecognitionStatus.EndOfDictation)
12447              break;
12448            if (this.privRecognizerConfig.parameters.getProperty(e.OutputFormatPropertyName) === t.OutputFormat[t.OutputFormat.Simple])
12449              a = new t.SpeechRecognitionResult(
12450                this.privRequestSession.requestId,
12451                d,
12452                h.DisplayText,
12453                h.Duration,
12454                h.Offset,
12455                h.Language,
12456                h.LanguageDetectionConfidence,
12457                void 0,
12458                // Speaker Id
12459                void 0,
12460                h.asJson(),
12461                n
12462              );
12463            else {
12464              const m = e.DetailedSpeechPhrase.fromJSON(p.textBody, this.privRequestSession.currentTurnAudioOffset);
12465              n.setProperty(t.PropertyId.SpeechServiceResponse_JsonResult, m.asJson()), a = new t.SpeechRecognitionResult(
12466                this.privRequestSession.requestId,
12467                d,
12468                m.RecognitionStatus === e.RecognitionStatus.Success ? m.NBest[0].Display : "",
12469                m.Duration,
12470                m.Offset,
12471                m.Language,
12472                m.LanguageDetectionConfidence,
12473                void 0,
12474                // Speaker Id
12475                void 0,
12476                m.asJson(),
12477                n
12478              );
12479            }
12480            const f = new t.SpeechRecognitionEventArgs(a, a.offset, this.privRequestSession.sessionId);
12481            if (this.privSpeechRecognizer.recognized)
12482              try {
12483                this.privSpeechRecognizer.recognized(this.privSpeechRecognizer, f);
12484              } catch {
12485              }
12486            if (this.privSuccessCallback) {
12487              try {
12488                this.privSuccessCallback(a);
12489              } catch (m) {
12490                this.privErrorCallback && this.privErrorCallback(m);
12491              }
12492              this.privSuccessCallback = void 0, this.privErrorCallback = void 0;
12493            }
12494          }
12495          i = !0;
12496          break;
12497      }
12498      return i;
12499    }
12500    // Cancels recognition.
12501    cancelRecognition(p, a, n, i, o) {
12502      const c = new t.PropertyCollection();
12503      if (c.setProperty(e.CancellationErrorCodePropertyName, t.CancellationErrorCode[i]), this.privSpeechRecognizer.canceled) {
12504        const u = new t.SpeechRecognitionCanceledEventArgs(n, o, i, void 0, p);
12505        try {
12506          this.privSpeechRecognizer.canceled(this.privSpeechRecognizer, u);
12507        } catch {
12508        }
12509      }
12510      if (this.privSuccessCallback) {
12511        const u = new t.SpeechRecognitionResult(
12512          a,
12513          t.ResultReason.Canceled,
12514          void 0,
12515          // Text
12516          void 0,
12517          // Duration
12518          void 0,
12519          // Offset
12520          void 0,
12521          // Language
12522          void 0,
12523          // Language Detection Confidence
12524          void 0,
12525          // Speaker Id
12526          o,
12527          void 0,
12528          // Json
12529          c
12530        );
12531        try {
12532          this.privSuccessCallback(u), this.privSuccessCallback = void 0;
12533        } catch {
12534        }
12535      }
12536    }
12537  };
12538  return ar.SpeechServiceRecognizer = r, ar;
12539}
12540var cr = {}, qc = {};
12541(function(t) {
12542  Object.defineProperty(t, "__esModule", { value: !0 }

12542), t.IdentityProvider = t.SpeakerDiarizationMode = void 0, function(e) {
12543    e.None = "None", e.Identity = "Identity", e.Anonymous = "Anonymous";
12544  }(t.SpeakerDiarizationMode || (t.SpeakerDiarizationMode = {})), function(e) {
12545    e.CallCenter = "CallCenter";
12546  }(t.IdentityProvider || (t.IdentityProvider = {}));
12547})(qc);
12548var Vo;
12549function dl() {
12550  if (Vo) return cr;
12551  Vo = 1, Object.defineProperty(cr, "__esModule", { value: !0 }), cr.ConversationTranscriptionServiceRecognizer = void 0;
12552  const t = R(), e = A(), r = qc, s = ae;
12553  let p = class extends e.ServiceRecognizerBase {
12554    constructor(n, i, o, c, u) {
12555      super(n, i, o, c, u), this.privConversationTranscriber = u, this.setSpeakerDiarizationJson();
12556    }
12557    setSpeakerDiarizationJson() {
12558      if (this.privEnableSpeakerId) {
12559        const n = this.privSpeechContext.getContext().phraseDetection || {};
12560        n.mode = s.RecognitionMode.Conversation;
12561        const i = {};
12562        i.mode = r.SpeakerDiarizationMode.Anonymous, i.audioSessionId = this.privDiarizationSessionId, i.audioOffsetMs = 0, i.diarizeIntermediates = this.privRecognizerConfig.parameters.getProperty(t.PropertyId.SpeechServiceResponse_DiarizeIntermediateResults, "false") === "true", n.speakerDiarization = i, this.privSpeechContext.getContext().phraseDetection = n;
12563      }
12564    }
12565    async processTypeSpecificMessages(n) {
12566      let i;
12567      const o = new t.PropertyCollection();
12568      o.setProperty(t.PropertyId.SpeechServiceResponse_JsonResult, n.textBody);
12569      let c = !1;
12570      switch (n.path.toLowerCase()) {
12571        case "speech.hypothesis":
12572        case "speech.fragment":
12573          const u = e.SpeechHypothesis.fromJSON(n.textBody, this.privRequestSession.currentTurnAudioOffset), h = this.privRequestSession.onHypothesis(u.Offset);
12574          h > 0 && o.setProperty(t.PropertyId.SpeechServiceResponse_RecognitionLatencyMs, h.toString()), i = new t.ConversationTranscriptionResult(this.privRequestSession.requestId, t.ResultReason.RecognizingSpeech, u.Text, u.Duration, u.Offset, u.Language, u.LanguageDetectionConfidence, u.SpeakerId, void 0, u.asJson(), o);
12575          const d = new t.ConversationTranscriptionEventArgs(i, u.Duration, this.privRequestSession.sessionId);
12576          if (this.privConversationTranscriber.transcribing)
12577            try {
12578              this.privConversationTranscriber.transcribing(this.privConversationTranscriber, d);
12579            } catch {
12580            }
12581          c = !0;
12582          break;
12583        case "speech.phrase":
12584          const v = e.SimpleSpeechPhrase.fromJSON(n.textBody, this.privRequestSession.currentTurnAudioOffset), f = e.EnumTranslation.implTranslateRecognitionResult(v.RecognitionStatus), m = this.privRequestSession.onPhraseRecognized(v.Offset + v.Duration);
12585          if (m > 0 && o.setProperty(t.PropertyId.SpeechServiceResponse_RecognitionLatencyMs, m.toString()), t.ResultReason.Canceled === f) {
12586            const S = e.EnumTranslation.implTranslateCancelResult(v.RecognitionStatus), l = e.EnumTranslation.implTranslateCancelErrorCode(v.RecognitionStatus);
12587            await this.cancelRecognitionLocal(S, l, e.EnumTranslation.implTranslateErrorDetails(l));
12588          } else if (!(this.privRequestSession.isSpeechEnded && f === t.ResultReason.NoMatch && v.RecognitionStatus !== e.RecognitionStatus.InitialSilenceTimeout)) {
12589            if (this.privRecognizerConfig.parameters.getProperty(e.OutputFormatPropertyName) === t.OutputFormat[t.OutputFormat.Simple])
12590              i = new t.ConversationTranscriptionResult(this.privRequestSession.requestId, f, v.DisplayText, v.Duration, v.Offset, v.Language, v.LanguageDetectionConfidence, v.SpeakerId, void 0, v.asJson(), o);
12591            else {
12592              const l = e.DetailedSpeechPhrase.fromJSON(n.textBody, this.privRequestSession.currentTurnAudioOffset);
12593              i = new t.ConversationTranscriptionResult(this.privRequestSession.requestId, f, l.RecognitionStatus === e.RecognitionStatus.Success ? l.NBest[0].Display : void 0, l.Duration, l.Offset, l.Language, l.LanguageDetectionConfidence, v.SpeakerId, void 0, l.asJson(), o);
12594            }
12595            const S = new t.ConversationTranscriptionEventArgs(i, i.offset, this.privRequestSession.sessionId);
12596            if (this.privConversationTranscriber.transcribed)
12597              try {
12598                this.privConversationTranscriber.transcribed(this.privConversationTranscriber, S);
12599              } catch {
12600              }
12601          }
12602          c = !0;
12603          break;
12604      }
12605      return c;
12606    }
12607    // Cancels recognition.
12608    cancelRecognition(n, i, o, c, u) {
12609      if (new t.PropertyCollection().setProperty(e.CancellationErrorCodePropertyName, t.CancellationErrorCode[c]), this.privConversationTranscriber.canceled) {
12610        const d = new t.ConversationTranscriptionCanceledEventArgs(o, u, c, void 0, n);
12611        try {
12612          this.privConversationTranscriber.canceled(this.privConversationTranscriber, d);
12613        } catch {
12614        }
12615      }
12616    }
12617  };
12618  return cr.ConversationTranscriptionServiceRecognizer = p, cr;
12619}
12620var pr = {}, Go;
12621function vl() {
12622  if (Go) return pr;
12623  Go = 1, Object.defineProperty(pr, "__esModule", { value: !0 }), pr.TranscriptionServiceRecognizer = void 0;
12624  const t = I(), e = R(), r = A(), s = xe;
12625  let p = class extends r.ConversationServiceRecognizer {
12626    constructor(n, i, o, c, u) {
12627      super(n, i, o, c, u), this.privTranscriberRecognizer = u, this.sendPrePayloadJSONOverride = (h) => this.sendTranscriptionStartJSON(h), this.privRecognizerConfig.parameters.getProperty(e.PropertyId.SpeechServiceResponse_RequestWordLevelTimestamps) === "true" && this.privSpeechContext.setWordLevelTimings();
12628    }
12629    async sendSpeechEventAsync(n, i) {
12630      if (this.privRequestSession.isRecognizing) {
12631        const o = await this.fetchConnection();
12632        await this.sendSpeechEvent(o, this.createSpeechEventPayload(n, i));
12633      }
12634    }
12635    async sendMeetingSpeechEventAsync(n, i) {
12636      if (this.privRequestSession.isRecognizing) {
12637        const o = await this.fetchConnection();
12638        await this.sendSpeechEvent(o, this.createMeetingSpeechEventPayload(n, i));
12639      }
12640    }
12641    processTypeSpecificMessages(n) {
12642      return this.processSpeechMessages(n);
12643    }
12644    handleRecognizedCallback(n, i, o) {

12645      try {
12646        const c = new e.SpeechRecognitionEventArgs(n, i, o);
12647        if (this.privTranscriberRecognizer.recognized(this.privTranscriberRecognizer, c), this.privSuccessCallback) {
12648          try {
12649            this.privSuccessCallback(n);
12650          } catch (u) {
12651            this.privErrorCallback && this.privErrorCallback(u);
12652          }
12653          this.privSuccessCallback = void 0, this.privErrorCallback = void 0;
12654        }
12655      } catch {
12656      }
12657    }
12658    handleRecognizingCallback(n, i, o) {
12659      try {
12660        const c = new e.SpeechRecognitionEventArgs(n, i, o);
12661        this.privTranscriberRecognizer.recognizing(this.privTranscriberRecognizer, c);
12662      } catch {
12663      }
12664    }
12665    // Cancels recognition.
12666    cancelRecognition(n, i, o, c, u) {
12667      const h = new e.PropertyCollection();
12668      if (h.setProperty(r.CancellationErrorCodePropertyName, e.CancellationErrorCode[c]), this.privTranscriberRecognizer.IsMeetingRecognizer()) {
12669        if (this.privTranscriberRecognizer.canceled) {
12670          const d = new e.MeetingTranscriptionCanceledEventArgs(o, u, c, void 0, n);
12671          try {
12672            this.privTranscriberRecognizer.canceled(this.privTranscriberRecognizer, d);
12673          } catch {
12674          }
12675        }
12676      } else if (this.privTranscriberRecognizer.canceled) {
12677        const d = new e.ConversationTranscriptionCanceledEventArgs(o, u, c, void 0, n);
12678        try {
12679          this.privTranscriberRecognizer.canceled(this.privTranscriberRecognizer, d);
12680        } catch {
12681        }
12682      }
12683      if (this.privSuccessCallback) {
12684        const d = new e.SpeechRecognitionResult(
12685          i,
12686          e.ResultReason.Canceled,
12687          void 0,
12688          // Text
12689          void 0,
12690          // Duration
12691          void 0,
12692          // Offset
12693          void 0,
12694          // Language
12695          void 0,
12696          // Language Detection Confidence
12697          void 0,
12698          // Speaker Id
12699          u,
12700          void 0,
12701          // Json
12702          h
12703        );
12704        try {
12705          this.privSuccessCallback(d), this.privSuccessCallback = void 0;
12706        } catch {
12707        }
12708      }
12709    }
12710    // Encapsulated for derived service recognizers that need to send additional JSON
12711    async sendTranscriptionStartJSON(n) {
12712      if (await this.sendSpeechContext(n, !0), this.privTranscriberRecognizer.IsMeetingRecognizer()) {
12713        const i = this.privTranscriberRecognizer.getMeetingInfo(), o = this.createMeetingSpeechEventPayload(i, "start");
12714        await this.sendSpeechEvent(n, o);
12715      } else {
12716        const i = this.privTranscriberRecognizer.getConversationInfo(), o = this.createSpeechEventPayload(i, "start");
12717        await this.sendSpeechEvent(n, o);
12718      }
12719      await this.sendWaveHeader(n);
12720    }
12721    sendSpeechEvent(n, i) {
12722      const o = JSON.stringify(i);
12723      if (o)
12724        return n.send(new s.SpeechConnectionMessage(t.MessageType.Text, "speech.event", this.privRequestSession.requestId, "application/json", o));
12725    }
12726    createSpeechEventPayload(n, i) {
12727      const o = { id: "meeting", name: i, meeting: n.conversationProperties };
12728      return o.meeting.id = n.id, o.meeting.attendees = n.participants, o;
12729    }
12730    createMeetingSpeechEventPayload(n, i) {
12731      const o = { id: "meeting", name: i, meeting: n.meetingProperties };
12732      return o.meeting.id = n.id, o.meeting.attendees = n.participants, o;
12733    }
12734  };
12735  return pr.TranscriptionServiceRecognizer = p, pr;
12736}
12737var ur = {}, Qo;
12738function ll() {
12739  if (Qo) return ur;
12740  Qo = 1, Object.defineProperty(ur, "__esModule", { value: !0 }), ur.DetailedSpeechPhrase = void 0;
12741  const t = A();
12742  let e = class Fc {
12743    constructor(s, p) {
12744      this.privDetailedSpeechPhrase = JSON.parse(s), this.privDetailedSpeechPhrase.RecognitionStatus = this.mapRecognitionStatus(this.privDetailedSpeechPhrase.RecognitionStatus), this.updateOffsets(p);
12745    }
12746    static fromJSON(s, p) {
12747      return new Fc(s, p);
12748    }
12749    updateOffsets(s) {
12750      if (this.privDetailedSpeechPhrase.Offset += s, this.privDetailedSpeechPhrase.NBest)
12751        for (const p of this.privDetailedSpeechPhrase.NBest) {
12752          if (p.Words)
12753            for (const a of p.Words)
12754              a.Offset += s;
12755          if (p.DisplayWords)
12756            for (const a of p.DisplayWords)
12757              a.Offset += s;
12758        }
12759    }
12760    asJson() {
12761      const s = { ...this.privDetailedSpeechPhrase };
12762      return JSON.stringify({
12763        ...s,
12764        RecognitionStatus: t.RecognitionStatus[s.RecognitionStatus]
12765      });
12766    }
12767    get RecognitionStatus() {
12768      return this.privDetailedSpeechPhrase.RecognitionStatus;
12769    }
12770    get NBest() {
12771      return this.privDetailedSpeechPhrase.NBest;
12772    }
12773    get Duration() {
12774      return this.privDetailedSpeechPhrase.Duration;
12775    }
12776    get Offset() {
12777      return this.privDetailedSpeechPhrase.Offset;
12778    }
12779    get Language() {
12780      return this.privDetailedSpeechPhrase.PrimaryLanguage === void 0 ? void 0 : this.privDetailedSpeechPhrase.PrimaryLanguage.Language;
12781    }
12782    get LanguageDetectionConfidence() {
12783      return this.privDetailedSpeechPhrase.PrimaryLanguage === void 0 ? void 0 : this.privDetailedSpeechPhrase.PrimaryLanguage.Confidence;
12784    }
12785    get Text() {
12786      return this.privDetailedSpeechPhrase.NBest && this.privDetailedSpeechPhrase.NBest[0] ? this.privDetailedSpeechPhrase.NBest[0].Display || this.privDetailedSpeechPhrase.NBest[0].DisplayText : this.privDetailedSpeechPhrase.DisplayText;
12787    }
12788    get SpeakerId() {
12789      return this.privDetailedSpeechPhrase.SpeakerId;
12790    }
12791    mapRecognitionStatus(s) {
12792      if (typeof s == "string")
12793        return t.RecognitionStatus[s];
12794      if (typeof s == "number")
12795        return s;
12796    }
12797  };
12798  return ur.DetailedSpeechPhrase = e, ur;
12799}
12800var hr = {}, Xo;
12801function fl() {
12802  if (Xo) return hr;
12803  Xo = 1, Object.defineProperty(hr, "__esModule", { value: !0 }), hr.SimpleSpeechPhrase = void 0;

12804  const t = A();
12805  let e = class Uc {
12806    constructor(s, p = 0) {
12807      this.privSimpleSpeechPhrase = JSON.parse(s), this.privSimpleSpeechPhrase.RecognitionStatus = this.mapRecognitionStatus(this.privSimpleSpeechPhrase.RecognitionStatus), this.updateOffset(p);
12808    }
12809    static fromJSON(s, p) {
12810      return new Uc(s, p);
12811    }
12812    updateOffset(s) {
12813      this.privSimpleSpeechPhrase.Offset += s;
12814    }
12815    asJson() {
12816      const s = { ...this.privSimpleSpeechPhrase };
12817      return JSON.stringify({
12818        ...s,
12819        RecognitionStatus: t.RecognitionStatus[s.RecognitionStatus]
12820      });
12821    }
12822    get RecognitionStatus() {
12823      return this.privSimpleSpeechPhrase.RecognitionStatus;
12824    }
12825    get DisplayText() {
12826      return this.privSimpleSpeechPhrase.DisplayText;
12827    }
12828    get Offset() {
12829      return this.privSimpleSpeechPhrase.Offset;
12830    }
12831    get Duration() {
12832      return this.privSimpleSpeechPhrase.Duration;
12833    }
12834    get Language() {
12835      return this.privSimpleSpeechPhrase.PrimaryLanguage === void 0 ? void 0 : this.privSimpleSpeechPhrase.PrimaryLanguage.Language;
12836    }
12837    get LanguageDetectionConfidence() {
12838      return this.privSimpleSpeechPhrase.PrimaryLanguage === void 0 ? void 0 : this.privSimpleSpeechPhrase.PrimaryLanguage.Confidence;
12839    }
12840    get SpeakerId() {
12841      return this.privSimpleSpeechPhrase.SpeakerId;
12842    }
12843    mapRecognitionStatus(s) {
12844      if (typeof s == "string")
12845        return t.RecognitionStatus[s];
12846      if (typeof s == "number")
12847        return s;
12848    }
12849  };
12850  return hr.SimpleSpeechPhrase = e, hr;
12851}
12852var Vi = {}, Gi = {};
12853Object.defineProperty(Gi, "__esModule", { value: !0 });
12854Gi.ServiceTelemetryListener = void 0;
12855const le = I(), Yo = li;
12856class gl {
12857  constructor(e, r, s) {
12858    this.privIsDisposed = !1, this.privListeningTriggerMetric = null, this.privMicMetric = null, this.privConnectionEstablishMetric = null, this.privRequestId = e, this.privAudioSourceId = r, this.privAudioNodeId = s, this.privReceivedMessages = {}, this.privPhraseLatencies = [], this.privHypothesisLatencies = [];
12859  }
12860  phraseReceived(e) {
12861    e > 0 && this.privPhraseLatencies.push(Date.now() - e);
12862  }
12863  hypothesisReceived(e) {
12864    e > 0 && this.privHypothesisLatencies.push(Date.now() - e);
12865  }
12866  onEvent(e) {
12867    this.privIsDisposed || (e instanceof Yo.RecognitionTriggeredEvent && e.requestId === this.privRequestId && (this.privListeningTriggerMetric = {
12868      End: e.eventTime,
12869      Name: "ListeningTrigger",
12870      Start: e.eventTime
12871    }), e instanceof le.AudioStreamNodeAttachingEvent && e.audioSourceId === this.privAudioSourceId && e.audioNodeId === this.privAudioNodeId && (this.privMicStartTime = e.eventTime), e instanceof le.AudioStreamNodeAttachedEvent && e.audioSourceId === this.privAudioSourceId && e.audioNodeId === this.privAudioNodeId && (this.privMicStartTime = e.eventTime), e instanceof le.AudioSourceErrorEvent && e.audioSourceId === this.privAudioSourceId && (this.privMicMetric || (this.privMicMetric = {
12872      End: e.eventTime,
12873      Error: e.error,
12874      Name: "Microphone",
12875      Start: this.privMicStartTime
12876    })), e instanceof le.AudioStreamNodeErrorEvent && e.audioSourceId === this.privAudioSourceId && e.audioNodeId === this.privAudioNodeId && (this.privMicMetric || (this.privMicMetric = {
12877      End: e.eventTime,
12878      Error: e.error,
12879      Name: "Microphone",
12880      Start: this.privMicStartTime
12881    })), e instanceof le.AudioStreamNodeDetachedEvent && e.audioSourceId === this.privAudioSourceId && e.audioNodeId === this.privAudioNodeId && (this.privMicMetric || (this.privMicMetric = {
12882      End: e.eventTime,
12883      Name: "Microphone",
12884      Start: this.privMicStartTime
12885    })), e instanceof Yo.ConnectingToServiceEvent && e.requestId === this.privRequestId && (this.privConnectionId = e.sessionId), e instanceof le.ConnectionStartEvent && e.connectionId === this.privConnectionId && (this.privConnectionStartTime = e.eventTime), e instanceof le.ConnectionEstablishedEvent && e.connectionId === this.privConnectionId && (this.privConnectionEstablishMetric || (this.privConnectionEstablishMetric = {
12886      End: e.eventTime,
12887      Id: this.privConnectionId,
12888      Name: "Connection",
12889      Start: this.privConnectionStartTime
12890    })), e instanceof le.ConnectionEstablishErrorEvent && e.connectionId === this.privConnectionId && (this.privConnectionEstablishMetric || (this.privConnectionEstablishMetric = {
12891      End: e.eventTime,
12892      Error: this.getConnectionError(e.statusCode),
12893      Id: this.privConnectionId,
12894      Name: "Connection",
12895      Start: this.privConnectionStartTime
12896    })), e instanceof le.ConnectionMessageReceivedEvent && e.connectionId === this.privConnectionId && e.message && e.message.headers && e.message.headers.path && (this.privReceivedMessages[e.message.headers.path] || (this.privReceivedMessages[e.message.headers.path] = new Array()), this.privReceivedMessages[e.message.headers.path].length < 50 && this.privReceivedMessages[e.message.headers.path].push(e.networkReceivedTime)));
12897  }
12898  getTelemetry() {
12899    const e = new Array();
12900    this.privListeningTriggerMetric && e.push(this.privListeningTriggerMetric), this.privMicMetric && e.push(this.privMicMetric), this.privConnectionEstablishMetric && e.push(this.privConnectionEstablishMetric), this.privPhraseLatencies.length > 0 && e.push({
12901      PhraseLatencyMs: this.privPhraseLatencies
12902    }), this.privHypothesisLatencies.length > 0 && e.push({
12903      FirstHypothesisLatencyMs: this.privHypothesisLatencies
12904    });
12905    const r = {
12906      Metrics: e,
12907      ReceivedMessages: this.privReceivedMessages
12908    }, s = JSON.stringify(r);
12909    return this.privReceivedMessages = {}, this.privListeningTriggerMetric = null, this.privMicMetric = null, this.privConnectionEstablishMetric = null, this.privPhraseLatencies = [], this.privHypothesisLatencies = [], s;
12910  }
12911  // Determines if there are any telemetry events to send to the service.
12912  get hasTelemetry() {
12913    return Object.keys(this.privReceivedMessages).length !== 0 || this.privListeningTriggerMetric !== null || this.privMicMetric !== null || this.privConnectionEstablishMetric !== null || this.privPhraseLatencies.length !== 0 || this.privHypothesisLatencies.length !== 0;
12914  }
12915  dispose() {
12916    this.privIsDisposed = !0;
12917  }
12918  getConnectionError(e) {
12919    switch (e) {
12920      case 400:
12921      case 1002:
12922      case 1003:
12923      case 1005:
12924      case 1007:
12925      case 1008:
12926      case 1009:
12927        return "BadRequest";

12928      case 401:
12929        return "Unauthorized";
12930      case 403:
12931        return "Forbidden";
12932      case 503:
12933      case 1001:
12934        return "ServerUnavailable";
12935      case 500:
12936      case 1011:
12937        return "ServerError";
12938      case 408:
12939      case 504:
12940        return "Timeout";
12941      default:
12942        return "statuscode:" + e.toString();
12943    }
12944  }
12945}
12946Gi.ServiceTelemetryListener = gl;
12947Object.defineProperty(Vi, "__esModule", { value: !0 });
12948Vi.RequestSession = void 0;
12949const He = I(), xr = li, ml = Gi;
12950class Sl {
12951  constructor(e) {
12952    this.privIsDisposed = !1, this.privDetachables = new Array(), this.privIsAudioNodeDetached = !1, this.privIsRecognizing = !1, this.privIsSpeechEnded = !1, this.privTurnStartAudioOffset = 0, this.privLastRecoOffset = 0, this.privHypothesisReceived = !1, this.privBytesSent = 0, this.privRecognitionBytesSent = 0, this.privRecogNumber = 0, this.privInTurn = !1, this.privConnectionAttempts = 0, this.privAudioSourceId = e, this.privRequestId = (0, He.createNoDashGuid)(), this.privAudioNodeId = (0, He.createNoDashGuid)(), this.privTurnDeferral = new He.Deferred(), this.privTurnDeferral.resolve();
12953  }
12954  get sessionId() {
12955    return this.privSessionId;
12956  }
12957  get requestId() {
12958    return this.privRequestId;
12959  }
12960  get audioNodeId() {
12961    return this.privAudioNodeId;
12962  }
12963  get turnCompletionPromise() {
12964    return this.privTurnDeferral.promise;
12965  }
12966  get isSpeechEnded() {
12967    return this.privIsSpeechEnded;
12968  }

12969  get isRecognizing() {
12970    return this.privIsRecognizing;
12971  }
12972  get currentTurnAudioOffset() {
12973    return this.privTurnStartAudioOffset;
12974  }
12975  get recogNumber() {
12976    return this.privRecogNumber;
12977  }
12978  get numConnectionAttempts() {
12979    return this.privConnectionAttempts;
12980  }
12981  // The number of bytes sent for the current connection.
12982  // Counter is reset to 0 each time a connection is established.
12983  get bytesSent() {
12984    return this.privBytesSent;
12985  }
12986  // The number of bytes sent for the current recognition.
12987  // Counter is reset to 0 each time recognition is started.
12988  get recognitionBytesSent() {
12989    return this.privRecognitionBytesSent;
12990  }
12991  listenForServiceTelemetry(e) {
12992    this.privServiceTelemetryListener && this.privDetachables.push(e.attachListener(this.privServiceTelemetryListener));
12993  }
12994  startNewRecognition() {
12995    this.privRecognitionBytesSent = 0, this.privIsSpeechEnded = !1, this.privIsRecognizing = !0, this.privTurnStartAudioOffset = 0, this.privLastRecoOffset = 0, this.privRecogNumber++, this.privServiceTelemetryListener = new ml.ServiceTelemetryListener(this.privRequestId, this.privAudioSourceId, this.privAudioNodeId), this.onEvent(new xr.RecognitionTriggeredEvent(this.requestId, this.privSessionId, this.privAudioSourceId, this.privAudioNodeId));
12996  }
12997  async onAudioSourceAttachCompleted(e, r) {
12998    this.privAudioNode = e, this.privIsAudioNodeDetached = !1, r ? await this.onComplete() : this.onEvent(new xr.ListeningStartedEvent(this.privRequestId, this.privSessionId, this.privAudioSourceId, this.privAudioNodeId));
12999  }
13000  onPreConnectionStart(e, r) {
13001    this.privAuthFetchEventId = e, this.privSessionId = r, this.onEvent(new xr.ConnectingToServiceEvent(this.privRequestId, this.privAuthFetchEventId, this.privSessionId));
13002  }
13003  async onAuthCompleted(e) {
13004    e && await this.onComplete();
13005  }
13006  // eslint-disable-next-line @typescript-eslint/no-unused-vars
13007  async onConnectionEstablishCompleted(e, r) {
13008    if (e === 200) {
13009      this.onEvent(new xr.RecognitionStartedEvent(this.requestId, this.privAudioSourceId, this.privAudioNodeId, this.privAuthFetchEventId, this.privSessionId)), this.privAudioNode && this.privAudioNode.replay(), this.privTurnStartAudioOffset = this.privLastRecoOffset, this.privBytesSent = 0;
13010      return;
13011    } else e === 403 && await this.onComplete();
13012  }
13013  async onServiceTurnEndResponse(e) {
13014    this.privTurnDeferral.resolve(), !e || this.isSpeechEnded ? (await this.onComplete(), this.privInTurn = !1) : (this.privTurnStartAudioOffset = this.privLastRecoOffset, this.privAudioNode.replay());
13015  }
13016  onSpeechContext() {
13017    this.privRequestId = (0, He.createNoDashGuid)();
13018  }
13019  onServiceTurnStartResponse() {
13020    this.privTurnDeferral && this.privInTurn && (this.privTurnDeferral.reject("Another turn started before current completed."), this.privTurnDeferral.promise.then().catch(() => {
13021    })), this.privInTurn = !0, this.privTurnDeferral = new He.Deferred();
13022  }
13023  onHypothesis(e) {
13024    const r = this.privAudioNode.findTimeAtOffset(e);
13025    return this.privHypothesisReceived || (this.privHypothesisReceived = !0, this.privServiceTelemetryListener.hypothesisReceived(r)), r > 0 ? Date.now() - r : 0;
13026  }
13027  onPhraseRecognized(e) {
13028    const r = this.privAudioNode.findTimeAtOffset(e);
13029    return this.privServiceTelemetryListener.phraseReceived(r), this.onServiceRecognized(e), r > 0 ? Date.now() - r : 0;
13030  }
13031  onServiceRecognized(e) {
13032    this.privLastRecoOffset = e, this.privHypothesisReceived = !1, this.privAudioNode.shrinkBuffers(e), this.privConnectionAttempts = 0;
13033  }
13034  onAudioSent(e) {
13035    this.privBytesSent += e, this.privRecognitionBytesSent += e;
13036  }
13037  onRetryConnection() {
13038    this.privConnectionAttempts++;
13039  }
13040  async dispose() {
13041    if (!this.privIsDisposed) {
13042      this.privIsDisposed = !0;
13043      for (const e of this.privDetachables)
13044        await e.detach();
13045      this.privServiceTelemetryListener && this.privServiceTelemetryListener.dispose(), this.privIsRecognizing = !1;
13046    }
13047  }
13048  getTelemetry() {
13049    return this.privServiceTelemetryListener.hasTelemetry ? this.privServiceTelemetryListener.getTelemetry() : null;
13050  }

13051  async onStopRecognizing() {
13052    await this.onComplete();
13053  }
13054  // Should be called with the audioNode for this session has indicated that it is out of speech.
13055  onSpeechEnded() {
13056    this.privIsSpeechEnded = !0;
13057  }
13058  onEvent(e) {
13059    this.privServiceTelemetryListener && this.privServiceTelemetryListener.onEvent(e), He.Events.instance.onEvent(e);
13060  }
13061  async onComplete() {
13062    this.privIsRecognizing && (this.privIsRecognizing = !1, await this.detachAudioNode());
13063  }
13064  async detachAudioNode() {
13065    this.privIsAudioNodeDetached || (this.privIsAudioNodeDetached = !0, this.privAudioNode && await this.privAudioNode.detach());
13066  }
13067}
13068Vi.RequestSession = Sl;
13069var Qi = {}, xc = {};
13070(function(t) {
13071  Object.defineProperty(t, "__esModule", { value: !0 }), t.TentativePhraseResultsOption = t.OutputFormat = t.PhraseExtension = t.PhraseOption = void 0, function(e) {
13072    e.WordTimings = "WordTimings", e.SNR = "SNR", e.Pronunciation = "Pronunciation", e.WordPronunciation = "WordPronunciation", e.WordConfidence = "WordConfidence", e.Words = "Words", e.Sentiment = "Sentiment", e.PronunciationAssessment = "PronunciationAssessment", e.ContentAssessment = "ContentAssessment", e.PhraseAMScore = "PhraseAMScore", e.PhraseLMScore = "PhraseLMScore", e.WordAMScore = "WordAMScore", e.WordLMScore = "WordLMScore", e.RuleTree = "RuleTree", e.NBestTimings = "NBestTimings", e.DecoderDiagnostics = "DecoderDiagnostics", e.DisplayWordTimings = "DisplayWordTimings", e.DisplayWords = "DisplayWords";
13073  }(t.PhraseOption || (t.PhraseOption = {})), function(e) {
13074    e.Graph = "Graph", e.Corrections = "Corrections", e.Sentiment = "Sentiment";
13075  }(t.PhraseExtension || (t.PhraseExtension = {})), function(e) {
13076    e.Simple = "Simple", e.Detailed = "Detailed";
13077  }(t.OutputFormat || (t.OutputFormat = {})), function(e) {
13078    e.None = "None", e.Always = "Always";
13079  }(t.TentativePhraseResultsOption || (t.TentativePhraseResultsOption = {}));
13080})(xc);
13081Object.defineProperty(Qi, "__esModule", { value: !0 });
13082Qi.SpeechContext = void 0;
13083const Cl = ae, je = xc;
13084class yl {
13085  constructor(e) {
13086    this.privContext = {}, this.privDynamicGrammar = e;
13087  }
13088  getContext() {
13089    return this.privContext;
13090  }
13091  /**
13092   * @Internal
13093   * This is only used by pronunciation assessment config.
13094   * Do not use externally, object returned will change without warning or notice.
13095   */
13096  setPronunciationAssessmentParams(e, r = !1) {
13097    this.privContext.phraseDetection === void 0 && (this.privContext.phraseDetection = {
13098      enrichment: {
13099        pronunciationAssessment: {}
13100      }
13101    }), this.privContext.phraseDetection.enrichment === void 0 && (this.privContext.phraseDetection.enrichment = {
13102      pronunciationAssessment: {}
13103    }), this.privContext.phraseDetection.enrichment.pronunciationAssessment = JSON.parse(e) || {}, r && (this.privContext.phraseDetection.mode = Cl.RecognitionMode.Conversation), this.setWordLevelTimings(), this.privContext.phraseOutput.detailed.options.push(je.PhraseOption.PronunciationAssessment), this.privContext.phraseOutput.detailed.options.indexOf(je.PhraseOption.SNR) === -1 && this.privContext.phraseOutput.detailed.options.push(je.PhraseOption.SNR);
13104  }
13105  setDetailedOutputFormat() {
13106    this.privContext.phraseOutput === void 0 && (this.privContext.phraseOutput = {
13107      detailed: {
13108        options: []
13109      }
13110    }), this.privContext.phraseOutput.detailed === void 0 && (this.privContext.phraseOutput.detailed = {
13111      options: []
13112    }), this.privContext.phraseOutput.format = je.OutputFormat.Detailed;
13113  }
13114  setWordLevelTimings() {
13115    this.privContext.phraseOutput === void 0 && (this.privContext.phraseOutput = {
13116      detailed: {
13117        options: []
13118      }
13119    }), this.privContext.phraseOutput.detailed === void 0 && (this.privContext.phraseOutput.detailed = {
13120      options: []
13121    }), this.privContext.phraseOutput.format = je.OutputFormat.Detailed, this.privContext.phraseOutput.detailed.options.indexOf(je.PhraseOption.WordTimings) === -1 && this.privContext.phraseOutput.detailed.options.push(je.PhraseOption.WordTimings);
13122  }
13123  setSpeakerDiarizationAudioOffsetMs(e) {
13124    this.privContext.phraseDetection.speakerDiarization.audioOffsetMs = e;
13125  }
13126  toJSON() {
13127    const e = this.privDynamicGrammar.generateGrammarObject();
13128    return this.privContext.dgi = e, JSON.stringify(this.privContext);
13129  }
13130}
13131Qi.SpeechContext = yl;
13132var Xi = {}, Wc = {};
13133(function(t) {
13134  Object.defineProperty(t, "__esModule", { value: !0 }), t.SubstringMatchType = t.GroupType = void 0, function(e) {
13135    e.IntentText = "IntentText", e.IntentEntity = "IntentEntity", e.Generic = "Generic", e.People = "People", e.Place = "Place", e.DynamicEntity = "DynamicEntity";
13136  }(t.GroupType || (t.GroupType = {})), function(e) {
13137    e.None = "None", e.LeftRooted = "LeftRooted", e.PartialName = "PartialName", e.MiddleOfSentence = "MiddleOfSentence";
13138  }(t.SubstringMatchType || (t.SubstringMatchType = {}));
13139})(Wc);
13140Object.defineProperty(Xi, "__esModule", { value: !0 });
13141Xi.DynamicGrammarBuilder = void 0;
13142const Pl = Wc;
13143class Rl {
13144  constructor() {
13145    this.privWeight = 1;
13146  }
13147  // Adds one more reference phrases to the dynamic grammar to send.
13148  // All added phrases are generic phrases.
13149  addPhrase(e) {
13150    this.privPhrases || (this.privPhrases = []), e instanceof Array ? this.privPhrases = this.privPhrases.concat(e) : this.privPhrases.push(e);
13151  }
13152  // Clears all phrases stored in the current object.
13153  clearPhrases() {
13154    this.privPhrases = void 0;
13155  }
13156  // Adds one or more reference grammars to the current grammar.
13157  addReferenceGrammar(e) {
13158    this.privGrammars || (this.privGrammars = []), e instanceof Array ? this.privGrammars = this.privGrammars.concat(e) : this.privGrammars.push(e);
13159  }
13160  // clears all grammars stored on the recognizer.
13161  clearGrammars() {
13162    this.privGrammars = void 0;
13163  }
13164  // Sets the weight for the dynamic grammar.
13165  setWeight(e) {
13166    this.privWeight = e;
13167  }
13168  // Generates an object that represents the dynamic grammar used by the Speech Service.
13169  // This is done by building an object with the correct layout based on the phrases and reference grammars added to this instance
13170  // of a DynamicGrammarBuilder
13171  generateGrammarObject() {
13172    if (this.privGrammars === void 0 && this.privPhrases === void 0)
13173      return;
13174    const e = {};
13175    if (e.referenceGrammars = this.privGrammars, this.privPhrases !== void 0 && this.privPhrases.length !== 0) {
13176      const r = [];

13177      this.privPhrases.forEach((s) => {
13178        r.push({
13179          text: s
13180        });
13181      }), e.groups = [{ type: Pl.GroupType.Generic, items: r }], e.bias = this.privWeight;
13182    }
13183    return e;
13184  }
13185}
13186Xi.DynamicGrammarBuilder = Rl;
13187var dr = {}, Yi = {}, Zi = {}, Yn = {};
13188(function(t) {
13189  Object.defineProperty(t, "__esModule", { value: !0 }), t.MessageDataStreamType = t.ActivityPayloadResponse = void 0;
13190  class e {
13191    constructor(s) {
13192      this.privActivityResponse = JSON.parse(s);
13193    }
13194    static fromJSON(s) {
13195      return new e(s);
13196    }
13197    get conversationId() {
13198      return this.privActivityResponse.conversationId;
13199    }
13200    get messageDataStreamType() {
13201      return this.privActivityResponse.messageDataStreamType;
13202    }
13203    get messagePayload() {
13204      return this.privActivityResponse.messagePayload;
13205    }
13206    get version() {
13207      return this.privActivityResponse.version;
13208    }
13209  }
13210  t.ActivityPayloadResponse = e, function(r) {
13211    r[r.None = 0] = "None", r[r.TextToSpeechAudio = 1] = "TextToSpeechAudio";
13212  }(t.MessageDataStreamType || (t.MessageDataStreamType = {}));
13213})(Yn);
13214Object.defineProperty(Zi, "__esModule", { value: !0 });
13215Zi.DialogServiceTurnState = void 0;
13216const El = Ie, Tl = U, Al = Yn;
13217class Il {
13218  constructor(e, r) {
13219    this.privRequestId = r, this.privIsCompleted = !1, this.privAudioStream = null, this.privTurnManager = e, this.resetTurnEndTimeout();
13220  }
13221  get audioStream() {
13222    return this.resetTurnEndTimeout(), this.privAudioStream;
13223  }
13224  processActivityPayload(e, r) {
13225    return e.messageDataStreamType === Al.MessageDataStreamType.TextToSpeechAudio && (this.privAudioStream = Tl.AudioOutputStream.createPullStream(), this.privAudioStream.format = r !== void 0 ? r : El.AudioOutputFormatImpl.getDefaultOutputFormat()), this.privAudioStream;
13226  }
13227  endAudioStream() {
13228    this.privAudioStream !== null && !this.privAudioStream.isClosed && this.privAudioStream.close();
13229  }
13230  complete() {
13231    this.privTimeoutToken !== void 0 && clearTimeout(this.privTimeoutToken), this.endAudioStream();
13232  }
13233  resetTurnEndTimeout() {
13234    this.privTimeoutToken !== void 0 && clearTimeout(this.privTimeoutToken), this.privTimeoutToken = setTimeout(() => {
13235      this.privTurnManager.CompleteTurn(this.privRequestId);
13236    }, 2e3);
13237  }
13238}
13239Zi.DialogServiceTurnState = Il;
13240Object.defineProperty(Yi, "__esModule", { value: !0 });
13241Yi.DialogServiceTurnStateManager = void 0;
13242const Zo = x, wl = Zi;
13243class _l {
13244  constructor() {
13245    this.privTurnMap = /* @__PURE__ */ new Map();
13246  }
13247  StartTurn(e) {
13248    if (this.privTurnMap.has(e))
13249      throw new Zo.InvalidOperationError("Service error: There is already a turn with id:" + e);
13250    const r = new wl.DialogServiceTurnState(this, e);
13251    return this.privTurnMap.set(e, r), this.privTurnMap.get(e);
13252  }
13253  GetTurn(e) {
13254    return this.privTurnMap.get(e);
13255  }
13256  CompleteTurn(e) {
13257    if (!this.privTurnMap.has(e))
13258      throw new Zo.InvalidOperationError("Service error: Received turn end for an unknown turn id:" + e);
13259    const r = this.privTurnMap.get(e);
13260    return r.complete(), this.privTurnMap.delete(e), r;
13261  }
13262}
13263Yi.DialogServiceTurnStateManager = _l;
13264var Hc = {};
13265(function(t) {
13266  Object.defineProperty(t, "__esModule", { value: !0 }), t.InvocationSource = void 0, function(e) {
13267    e.None = "None", e.VoiceActivationWithKeyword = "VoiceActivationWithKeyword";
13268  }(t.InvocationSource || (t.InvocationSource = {}));
13269})(Hc);
13270var Kc = {};
13271(function(t) {
13272  Object.defineProperty(t, "__esModule", { value: !0 }), t.OnRejectAction = t.KeywordDetectionType = void 0, function(e) {
13273    e.StartTrigger = "StartTrigger";
13274  }(t.KeywordDetectionType || (t.KeywordDetectionType = {})), function(e) {
13275    e.EndOfTurn = "EndOfTurn", e.Continue = "Continue";
13276  }(t.OnRejectAction || (t.OnRejectAction = {}));
13277})(Kc);
13278var $o;
13279function bl() {
13280  if ($o) return dr;
13281  $o = 1, Object.defineProperty(dr, "__esModule", { value: !0 }), dr.DialogServiceAdapter = void 0;
13282  const t = re(), e = qe, r = I(), s = Ie, p = R(), a = Yi, n = A(), i = Yn, o = Hc, c = Kc, u = xe;
13283  let h = class extends n.ServiceRecognizerBase {
13284    constructor(v, f, m, S, l) {
13285      super(v, f, m, S, l), this.privEvents = new r.EventSource(), this.privDialogServiceConnector = l, this.receiveMessageOverride = () => this.receiveDialogMessageOverride(), this.privTurnStateManager = new a.DialogServiceTurnStateManager(), this.recognizeOverride = (g, C, y) => this.listenOnce(g, C, y), this.postConnectImplOverride = (g) => this.dialogConnectImpl(g), this.configConnectionOverride = (g) => this.configConnection(g), this.disconnectOverride = () => this.privDisconnect(), this.privDialogAudioSource = m, this.agentConfigSent = !1, this.privLastResult = null, this.connectionEvents.attach((g) => {
13286        g.name === "ConnectionClosedEvent" && (this.terminateMessageLoop = !0);
13287      });
13288    }
13289    async sendMessage(v) {
13290      const f = (0, r.createGuid)(), m = (0, r.createNoDashGuid)(), S = {
13291        context: {
13292          interactionId: f
13293        },
13294        // eslint-disable-next-line @typescript-eslint/no-unsafe-assignment
13295        messagePayload: JSON.parse(v),
13296        version: 0.5
13297      }, l = JSON.stringify(S);
13298      await (await this.fetchConnection()).send(new u.SpeechConnectionMessage(r.MessageType.Text, "agent", m, "application/json", l));
13299    }
13300    async privDisconnect() {
13301      await this.cancelRecognition(this.privRequestSession.sessionId, this.privRequestSession.requestId, p.CancellationReason.Error, p.CancellationErrorCode.NoError, "Disconnecting"), this.terminateMessageLoop = !0, this.agentConfigSent = !1;
13302    }
13303    processTypeSpecificMessages(v) {
13304      const f = new p.PropertyCollection();
13305      v.messageType === r.MessageType.Text && f.setProperty(p.PropertyId.SpeechServiceResponse_JsonResult, v.textBody);
13306      let m, S;
13307      switch (v.path.toLowerCase()) {
13308        case "speech.phrase":
13309          const g = n.SimpleSpeechPhrase.fromJSON(v.textBody, this.privRequestSession.currentTurnAudioOffset);
13310          if (this.privRequestSession.onPhraseRecognized(g.Offset + g.Duration), g.RecognitionStatus !== n.RecognitionStatus.TooManyRequests && g.RecognitionStatus !== n.RecognitionStatus.Error) {
13311            const _ = this.fireEventForResult(g, f);
13312            if (this.privLastResult = _.result, this.privDialogServiceConnector.re

13312cognized)
13313              try {
13314                this.privDialogServiceConnector.recognized(this.privDialogServiceConnector, _);
13315              } catch {
13316              }
13317          }
13318          S = !0;
13319          break;
13320        case "speech.hypothesis":
13321          const C = n.SpeechHypothesis.fromJSON(v.textBody, this.privRequestSession.currentTurnAudioOffset);
13322          m = new p.SpeechRecognitionResult(this.privRequestSession.requestId, p.ResultReason.RecognizingSpeech, C.Text, C.Duration, C.Offset, C.Language, C.LanguageDetectionConfidence, void 0, void 0, C.asJson(), f), this.privRequestSession.onHypothesis(C.Offset);
13323          const y = new p.SpeechRecognitionEventArgs(m, C.Offset, this.privRequestSession.sessionId);
13324          if (this.privDialogServiceConnector.recognizing)
13325            try {
13326              this.privDialogServiceConnector.recognizing(this.privDialogServiceConnector, y);
13327            } catch {
13328            }
13329          S = !0;
13330          break;
13331        case "speech.keyword":
13332          const P = n.SpeechKeyword.fromJSON(v.textBody, this.privRequestSession.currentTurnAudioOffset);
13333          m = new p.SpeechRecognitionResult(this.privRequestSession.requestId, P.Status === "Accepted" ? p.ResultReason.RecognizedKeyword : p.ResultReason.NoMatch, P.Text, P.Duration, P.Offset, void 0, void 0, void 0, void 0, P.asJson(), f), P.Status !== "Accepted" && (this.privLastResult = m);
13334          const T = new p.SpeechRecognitionEventArgs(m, m.duration, m.resultId);
13335          if (this.privDialogServiceConnector.recognized)
13336            try {
13337              this.privDialogServiceConnector.recognized(this.privDialogServiceConnector, T);
13338            } catch {
13339            }
13340          S = !0;
13341          break;
13342        case "audio":
13343          {
13344            const _ = v.requestId.toUpperCase(), E = this.privTurnStateManager.GetTurn(_);
13345            try {
13346              v.binaryBody ? E.audioStream.write(v.binaryBody) : E.endAudioStream();
13347            } catch {
13348            }
13349          }
13350          S = !0;
13351          break;
13352        case "response":
13353          this.handleResponseMessage(v), S = !0;
13354          break;
13355      }
13356      const l = new r.Deferred();
13357      return l.resolve(S), l.promise;
13358    }
13359    // Cancels recognition.
13360    async cancelRecognition(v, f, m, S, l) {
13361      if (this.terminateMessageLoop = !0, this.privRequestSession.isRecognizing && await this.privRequestSession.onStopRecognizing(

13361), this.privDialogServiceConnector.canceled) {
13362        const g = new p.PropertyCollection();
13363        g.setProperty(n.CancellationErrorCodePropertyName, p.CancellationErrorCode[S]);
13364        const C = new p.SpeechRecognitionCanceledEventArgs(m, l, S, void 0, v);
13365        try {
13366          this.privDialogServiceConnector.canceled(this.privDialogServiceConnector, C);
13367        } catch {
13368        }
13369        if (this.privSuccessCallback) {
13370          const y = new p.SpeechRecognitionResult(
13371            void 0,
13372            // ResultId
13373            p.ResultReason.Canceled,
13374            void 0,
13375            // Text
13376            void 0,
13377            // Duration
13378            void 0,
13379            // Offset
13380            void 0,
13381            // Language
13382            void 0,
13383            // Language Detection Confidence
13384            void 0,
13385            // Speaker Id
13386            l,
13387            void 0,
13388            // Json
13389            g
13390          );
13391          try {
13392            this.privSuccessCallback(y), this.privSuccessCallback = void 0;
13393          } catch {
13394          }
13395        }
13396      }
13397    }
13398    async listenOnce(v, f, m) {
13399      this.privRecognizerConfig.recognitionMode = v, this.privSuccessCallback = f, this.privErrorCallback = m, this.privRequestSession.startNewRecognition(), this.privRequestSession.listenForServiceTelemetry(this.privDialogAudioSource.events), this.privRecognizerConfig.parameters.setProperty(p.PropertyId.Speech_SessionId, this.privRequestSession.sessionId);
13400      const S = this.connectImpl(), l = this.sendPreAudioMessages(), g = await this.privDialogAudioSource.attach(this.privRequestSession.audioNodeId), C = await this.privDialogAudioSource.format, y = await this.privDialogAudioSource.deviceInfo, P = new t.ReplayableAudioNode(g, C.avgBytesPerSec);
13401      await this.privRequestSession.onAudioSourceAttachCompleted(P, !1), this.privRecognizerConfig.SpeechServiceConfig.Context.audio = { source: y };

13402      try {
13403        await S, await l;
13404      } catch (E) {
13405        return await this.cancelRecognition(this.privRequestSession.sessionId, this.privRequestSession.requestId, p.CancellationReason.Error, p.CancellationErrorCode.ConnectionFailure, E), Promise.resolve();
13406      }
13407      const T = new p.SessionEventArgs(this.privRequestSession.sessionId);
13408      this.privRecognizer.sessionStarted && this.privRecognizer.sessionStarted(this.privRecognizer, T), this.sendAudio(P).then(() => {
13409      }, async (E) => {
13410        await this.cancelRecognition(this.privRequestSession.sessionId, this.privRequestSession.requestId, p.CancellationReason.Error, p.CancellationErrorCode.RuntimeError, E);
13411      });
13412    }
13413    // Establishes a websocket connection to the end point.
13414    dialogConnectImpl(v) {
13415      return this.privConnectionLoop = this.startMessageLoop(), v;
13416    }
13417    receiveDialogMessageOverride() {
13418      const v = new r.Deferred(), f = async () => {
13419        try {
13420          const m = this.isDisposed(), S = !this.isDisposed() && this.terminateMessageLoop;
13421          if (m || S) {
13422            v.resolve(void 0);
13423            return;
13424          }
13425          const g = await (await this.fetchConnection()).read();
13426          if (!g)
13427            return f();
13428          const C = u.SpeechConnectionMessage.fromConnectionMessage(g);
13429          switch (C.path.toLowerCase()) {
13430            case "turn.start":
13431              {
13432                const L = C.requestId.toUpperCase(), ne = this.privRequestSession.requestId.toUpperCase();
13433                L !== ne ? this.privTurnStateManager.StartTurn(L) : this.privRequestSession.onServiceTurnStartResponse();
13434              }
13435              break;
13436            case "speech.startdetected":
13437              const P = n.SpeechDetected.fromJSON(C.textBody, this.privRequestSession.currentTurnAudioOffset), T = new p.RecognitionEventArgs(P.Offset, this.privRequestSession.sessionId);
13438              this.privRecognizer.speechStartDetected && this.privRecognizer.speechStartDetected(this.privRecognizer, T);
13439              break;
13440            case "speech.enddetected":
13441              let _;
13442              C.textBody.length > 0 ? _ = C.textBody : _ = "{ Offset: 0 }";
13443              const E = n.SpeechDetected.fromJSON(_, this.privRequestSession.currentTurnAudioOffset);
13444              this.privRequestSession.onServiceRecognized(E.Offset);
13445              const z = new p.RecognitionEventArgs(E.Offset, this.privRequestSession.sessionId);
13446              this.privRecognizer.speechEndDetected && this.privRecognizer.speechEndDetected(this.privRecognizer, z);
13447              break;
13448            case "turn.end":
13449              {
13450                const L = C.requestId.toUpperCase(), ne = this.privRequestSession.requestId.toUpperCase();
13451                if (L !== ne)
13452                  this.privTurnStateManager.CompleteTurn(L);
13453                else {
13454                  const We = new p.SessionEventArgs(this.privRequestSession.sessionId);
13455                  if (await this.privRequestSession.onServiceTurnEndResponse(!1), (!this.privRecognizerConfig.isContinuousRecognition || this.privRequestSession.isSpeechEnded || !this.privRequestSession.isRecognizing) && this.privRecognizer.sessionStopped && this.privRecognizer.sessionStopped(this.privRecognizer, We), this.privSuccessCallback && this.privLastResult) {
13456                    try {
13457                      this.privSuccessCallback(this.privLastResult), this.privLastResult = null;
13458                    } catch (Z) {
13459                      this.privErrorCallback && this.privErrorCallback(Z);
13460                    }
13461                    this.privSuccessCallback = void 0, this.privErrorCallback = void 0;
13462                  }
13463                }
13464              }
13465              break;
13466            default:
13467              try {
13468                await this.processTypeSpecificMessages(C) || this.serviceEvents && this.serviceEvents.onEvent(new r.ServiceEvent(C.path.toLowerCase(), C.textBody));
13469              } catch {
13470              }
13471          }
13472          return f();
13473        } catch {
13474          this.terminateMessageLoop = !0, v.resolve();
13475        }
13476      };
13477      return f().catch((m) => {

13478        r.Events.instance.onEvent(new r.BackgroundEvent(m));
13479      }), v.promise;
13480    }
13481    async startMessageLoop() {
13482      this.terminateMessageLoop = !1;
13483      try {
13484        await this.receiveDialogMessageOverride();
13485      } catch (v) {
13486        await this.cancelRecognition(this.privRequestSession.sessionId, this.privRequestSession.requestId, p.CancellationReason.Error, p.CancellationErrorCode.RuntimeError, v);
13487      }
13488      return Promise.resolve();
13489    }
13490    // Takes an established websocket connection to the endpoint and sends speech configuration information.
13491    async configConnection(v) {
13492      return this.terminateMessageLoop ? (this.terminateMessageLoop = !1, Promise.reject("Connection to service terminated.")) : (await this.sendSpeechServiceConfig(v, this.privRequestSession, this.privRecognizerConfig.SpeechServiceConfig.serialize()), await this.sendAgentConfig(v), v);
13493    }
13494    async sendPreAudioMessages() {
13495      const v = await this.fetchConnection();
13496      this.addKeywordContextData(), await this.sendSpeechContext(v, !0), await this.sendAgentContext(v), await this.sendWaveHeader(v);
13497    }
13498    sendAgentConfig(v) {
13499      if (this.agentConfig && !this.agentConfigSent) {
13500        if (this.privRecognizerConfig.parameters.getProperty(p.PropertyId.Conversation_DialogType) === p.DialogServiceConfig.DialogTypes.CustomCommands) {
13501          const m = this.agentConfig.get();
13502          m.botInfo.commandsCulture = this.privRecognizerConfig.parameters.getProperty(p.PropertyId.SpeechServiceConnection_RecoLanguage, "en-us"), this.agentConfig.set(m);
13503        }
13504        this.onEvent(new e.SendingAgentContextMessageEvent(this.agentConfig));
13505        const f = this.agentConfig.toJsonString();
13506        return this.agentConfigSent = !0, v.send(new u.SpeechConnectionMessage(r.MessageType.Text, "agent.config", this.privRequestSession.requestId, "application/json", f));
13507      }
13508    }
13509    sendAgentContext(v) {
13510      const f = (0, r.createGuid)(), m = this.privDialogServiceConnector.properties.getProperty(p.PropertyId.Conversation_Speech_Activity_Template), l = JSON.stringify({
13511        channelData: "",
13512        context: {
13513          interactionId: f
13514        },
13515        messagePayload: typeof m === void 0 ? void 0 : m,
13516        version: 0.5
13517      });
13518      return v.send(new u.SpeechConnectionMessage(r.MessageType.Text, "speech.agent.context", this.privRequestSession.requestId, "application/json", l));
13519    }
13520    fireEventForResult(v, f) {
13521      const m = n.EnumTranslation.implTranslateRecognitionResult(v.RecognitionStatus), S = new p.SpeechRecognitionResult(this.privRequestSession.requestId, m, v.DisplayText, v.Duration, v.Offset, v.Language, v.LanguageDetectionConfidence, void 0, void 0, v.asJson(), f);
13522      return new p.SpeechRecognitionEventArgs(S, v.Offset, this.privRequestSession.sessionId);
13523    }
13524    handleResponseMessage(v) {
13525      const f = JSON.parse(v.textBody);
13526      switch (f.messageType.toLowerCase()) {
13527        case "message":
13528          const m = v.requestId.toUpperCase(), S = i.ActivityPayloadResponse.fromJSON(v.textBody), l = this.privTurnStateManager.GetTurn(m);
13529          if (S.conversationId) {
13530            const y = this.agentConfig.get();
13531            y.botInfo.conversationId = S.conversationId, this.agentConfig.set(y);
13532          }
13533          const g = l.processActivityPayload(S, s.AudioOutputFormatImpl.fromSpeechSynthesisOutputFormatString(this.privDialogServiceConnector.properties.getProperty(p.PropertyId.SpeechServiceConnection_SynthOutputFormat, void 0))), C = new p.ActivityReceivedEventArgs(S.messagePayload, g);
13534          if (this.privDialogServiceConnector.activityReceived)
13535            try {
13536              this.privDialogServiceConnector.activityReceived(this.privDialogServiceConnector, C);
13537            } catch {
13538            }
13539          break;
13540        case "messagestatus":
13541          if (this.privDialogServiceConnector.turnStatusReceived)
13542            try {
13543              this.privDialogServiceConnector.turnStatusReceived(this.privDialogServiceConnector, new p.TurnStatusReceivedEventArgs(v.textBody));
13544            } catch {
13545            }
13546          break;
13547        default:

13548          r.Events.instance.onEvent(new r.BackgroundEvent(`Unexpected response of type ${f.messageType}. Ignoring.`));
13549          break;
13550      }
13551    }
13552    onEvent(v) {
13553      this.privEvents.onEvent(v), r.Events.instance.onEvent(v);
13554    }
13555    addKeywordContextData() {
13556      const v = this.privRecognizerConfig.parameters.getProperty("SPEECH-KeywordsToDetect");
13557      if (v === void 0)
13558        return;
13559      const f = this.privRecognizerConfig.parameters.getProperty("SPEECH-KeywordsToDetect-Offsets"), m = this.privRecognizerConfig.parameters.getProperty("SPEECH-KeywordsToDetect-Durations"), S = v.split(";"), l = f === void 0 ? [] : f.split(";"), g = m === void 0 ? [] : m.split(";"), C = [];
13560      for (let y = 0; y < S.length; y++) {
13561        const P = {
13562          text: S[y]
13563        };
13564        y < l.length && (P.startOffset = Number(l[y])), y < g.length && (P.duration = Number(g[y])), C.push(P);
13565      }
13566      this.speechContext.getContext().invocationSource = o.InvocationSource.VoiceActivationWithKeyword, this.speechContext.getContext().keywordDetection = [{
13567        clientDetectedKeywords: C,
13568        onReject: { action: c.OnRejectAction.EndOfTurn },
13569        type: c.KeywordDetectionType.StartTrigger
13570      }];
13571    }
13572  };
13573  return dr.DialogServiceAdapter = h, dr;
13574}
13575var $i = {};
13576Object.defineProperty($i, "__esModule", { value: !0 });
13577$i.AgentConfig = void 0;
13578class Ml {
13579  toJsonString() {
13580    return JSON.stringify(this.iPrivConfig);
13581  }
13582  get() {
13583    return this.iPrivConfig;
13584  }
13585  /**
13586   * Setter for the agent.config object.
13587   * @param value a JSON serializable object.
13588   */
13589  set(e) {
13590    this.iPrivConfig = e;
13591  }
13592}
13593$i.AgentConfig = Ml;
13594var En = {}, vr = {}, Ye = {};
13595Object.defineProperty(Ye, "__esModule", { value: !0 });
13596Ye.ConversationConnectionConfig = void 0;
13597const Ol = Br;
13598class X extends Ol.RestConfigBase {
13599  static get host() {
13600    return X.privHost;
13601  }
13602  static get apiVersion() {
13603    return X.privApiVersion;
13604  }
13605  static get clientAppId() {
13606    return X.privClientAppId;
13607  }
13608  static get defaultLanguageCode() {
13609    return X.privDefaultLanguageCode;
13610  }
13611  static get restPath() {
13612    return X.privRestPath;
13613  }
13614  static get webSocketPath() {
13615    return X.privWebSocketPath;
13616  }
13617  static get transcriptionEventKeys() {
13618    return X.privTranscriptionEventKeys;
13619  }
13620}
13621Ye.ConversationConnectionConfig = X;
13622X.privHost = "dev.microsofttranslator.com";
13623X.privRestPath = "/capito/room";
13624X.privApiVersion = "2.0";
13625X.privDefaultLanguageCode = "en-US";
13626X.privClientAppId = "FC539C22-1767-4F1F-84BC-B4D811114F15";
13627X.privWebSocketPath = "/capito/translate";
13628X.privTranscriptionEventKeys = ["iCalUid", "callId", "organizer", "FLAC", "MTUri", "DifferentiateGuestSpeakers", "audiorecording", "Threadid", "OrganizerMri", "OrganizerTenantId", "UserToken"];
13629var ea;
13630function Dl() {
13631  if (ea) return vr;
13632  ea = 1, Object.defineProperty(vr, "__esModule", { value: !0 }), vr.ConversationManager = void 0;
13633  const t = re(), e = O, r = R(), s = Ye;
13634  let p = class {
13635    constructor() {

13636      this.privRequestParams = s.ConversationConnectionConfig.configParams, this.privErrors = s.ConversationConnectionConfig.restErrors, this.privHost = s.ConversationConnectionConfig.host, this.privApiVersion = s.ConversationConnectionConfig.apiVersion, this.privRestPath = s.ConversationConnectionConfig.restPath, this.privRestAdapter = new t.RestMessageAdapter({});
13637    }
13638    /**
13639     * Make a POST request to the Conversation Manager service endpoint to create or join a conversation.
13640     * @param args
13641     * @param conversationCode
13642     * @param callback
13643     * @param errorCallback
13644     */
13645    createOrJoin(n, i, o, c) {
13646      try {
13647        e.Contracts.throwIfNullOrUndefined(n, "args");
13648        const u = n.getProperty(r.PropertyId.SpeechServiceConnection_RecoLanguage, s.ConversationConnectionConfig.defaultLanguageCode), h = n.getProperty(r.PropertyId.ConversationTranslator_Name, "conversation_host"), d = n.getProperty(r.PropertyId.ConversationTranslator_Host, this.privHost), v = n.getProperty(r.PropertyId.ConversationTranslator_CorrelationId), f = n.getProperty(r.PropertyId.SpeechServiceConnection_Key), m = n.getProperty(r.PropertyId.SpeechServiceConnection_Region), S = n.getProperty(r.PropertyId.SpeechServiceAuthorization_Token);
13649        e.Contracts.throwIfNullOrWhitespace(u, "languageCode"), e.Contracts.throwIfNullOrWhitespace(h, "nickname"), e.Contracts.throwIfNullOrWhitespace(d, "endpointHost");
13650        const l = {};

13651        l[this.privRequestParams.apiVersion] = this.privApiVersion, l[this.privRequestParams.languageCode] = u, l[this.privRequestParams.nickname] = h;
13652        const g = {};
13653        v && (g[this.privRequestParams.correlationId] = v), g[this.privRequestParams.clientAppId] = s.ConversationConnectionConfig.clientAppId, i !== void 0 ? l[this.privRequestParams.roomId] = i : (e.Contracts.throwIfNullOrUndefined(m, this.privErrors.authInvalidSubscriptionRegion), g[this.privRequestParams.subscriptionRegion] = m, f ? g[this.privRequestParams.subscriptionKey] = f : S ? g[this.privRequestParams.authorization] = `Bearer ${S}` : e.Contracts.throwIfNullOrUndefined(f, this.privErrors.authInvalidSubscriptionKey));
13654        const C = {};
13655        C.headers = g, this.privRestAdapter.options = C;
13656        const y = `https://${d}${this.privRestPath}`;
13657        this.privRestAdapter.request(t.RestRequestType.Post, y, l, null).then((P) => {
13658          const T = t.RestMessageAdapter.extractHeaderValue(this.privRequestParams.requestId, P.headers);
13659          if (!P.ok) {
13660            if (c) {
13661              let E = this.privErrors.invalidCreateJoinConversationResponse.replace("{status}", P.status.toString()), z;
13662              try {
13663                z = JSON.parse(P.data), E += ` [${z.error.code}: ${z.error.message}]`;
13664              } catch {
13665                E += ` [${P.data}]`;
13666              }
13667              T && (E += ` ${T}`), c(E);
13668            }
13669            return;
13670          }
13671          const _ = JSON.parse(P.data);
13672          if (_ && (_.requestId = T), o) {
13673            try {
13674              o(_);
13675            } catch (E) {
13676              c && c(E);
13677            }
13678            o = void 0;
13679          }
13680        }).catch(() => {
13681        });
13682      } catch (u) {
13683        if (c)
13684          if (u instanceof Error) {
13685            const h = u;
13686            c(h.name + ": " + h.message);
13687          } else
13688            c(u);
13689      }
13690    }
13691    /**
13692     * Make a DELETE request to the Conversation Manager service endpoint to leave the conversation.
13693     * @param args
13694     * @param sessionToken
13695     * @param callback
13696     */
13697    leave(n, i) {
13698      return new Promise((o, c) => {
13699        try {
13700          e.Contracts.throwIfNullOrUndefined(n, this.privErrors.invalidArgs.replace("{arg}", "config")), e.Contracts.throwIfNullOrWhitespace(i, this.privErrors.invalidArgs.replace("{arg}", "token"));
13701          const u = n.getProperty(r.PropertyId.ConversationTranslator_Host, this.privHost), h = n.getProperty(r.PropertyId.ConversationTranslator_CorrelationId), d = {};

13702          d[this.privRequestParams.apiVersion] = this.privApiVersion, d[this.privRequestParams.sessionToken] = i;
13703          const v = {};
13704          h && (v[this.privRequestParams.correlationId] = h);
13705          const f = {};
13706          f.headers = v, this.privRestAdapter.options = f;
13707          const m = `https://${u}${this.privRestPath}`;
13708          this.privRestAdapter.request(t.RestRequestType.Delete, m, d, null).then((S) => {
13709            S.ok, o();
13710          }).catch(() => {
13711          });
13712        } catch (u) {
13713          if (u instanceof Error) {
13714            const h = u;
13715            c(h.name + ": " + h.message);
13716          } else
13717            c(u);
13718        }
13719      });
13720    }
13721  };
13722  return vr.ConversationManager = p, vr;
13723}
13724var Le = {}, lr = {}, en = {}, qr = {};
13725Object.defineProperty(qr, "__esModule", { value: !0 });
13726qr.ConversationConnectionMessage = void 0;
13727const kl = I();
13728class Nl extends kl.ConnectionMessage {
13729  constructor(e, r, s, p) {
13730    super(e, r, s, p);
13731    const a = JSON.parse(this.textBody);
13732    a.type !== void 0 && (this.privConversationMessageType = a.type);
13733  }
13734  get conversationMessageType() {
13735    return this.privConversationMessageType;
13736  }
13737}
13738qr.ConversationConnectionMessage = Nl;
13739Object.defineProperty(en, "__esModule", { value: !0 });
13740en.ConversationWebsocketMessageFormatter = void 0;
13741const Be = I(), ta = qr;
13742class zl {
13743  /**
13744   * Format incoming messages: text (speech partial/final, IM) or binary (tts)
13745   */
13746  toConnectionMessage(e) {
13747    const r = new Be.Deferred();
13748    try {
13749      if (e.messageType === Be.MessageType.Text) {
13750        const s = new ta.ConversationConnectionMessage(e.messageType, e.textContent, {}, e.id);
13751        r.resolve(s);
13752      } else e.messageType === Be.MessageType.Binary && r.resolve(new ta.ConversationConnectionMessage(e.messageType, e.binaryContent, void 0, e.id));
13753    } catch (s) {
13754      r.reject(`Error formatting the message. Error: ${s}`);
13755    }
13756    return r.promise;
13757  }
13758  /**
13759   * Format outgoing messages: text (commands or IM)
13760   */
13761  fromConnectionMessage(e) {
13762    const r = new Be.Deferred();
13763    try {
13764      if (e.messageType === Be.MessageType.Text) {
13765        const s = `${e.textBody ? e.textBody : ""}`;
13766        r.resolve(new Be.RawWebsocketMessage(Be.MessageType.Text, s, e.id));
13767      }
13768    } catch (s) {
13769      r.reject(`Error formatting the message. ${s}`);
13770    }
13771    return r.promise;
13772  }
13773}
13774en.ConversationWebsocketMessageFormatter = zl;
13775var ra;
13776function jl() {
13777  if (ra) return lr;
13778  ra = 1, Object.defineProperty(lr, "__esModule", { value: !0 }), lr.ConversationConnectionFactory = void 0;
13779  const t = re(), e = I(), r = O, s = R(), p = Se(), a = Ye, n = en;
13780  let i = class extends p.ConnectionFactoryBase {
13781    create(c, u, h) {
13782      const d = c.parameters.getProperty(s.PropertyId.ConversationTranslator_Host, a.ConversationConnectionConfig.host), v = c.parameters.getProperty(s.PropertyId.ConversationTranslator_CorrelationId, (0, e.createGuid)()), f = `wss://${d}${a.ConversationConnectionConfig.webSocketPath}`, m = c.parameters.getProperty(s.PropertyId.ConversationTranslator_Token, void 0);
13783      r.Contracts.throwIfNullOrUndefined(m, "token");
13784      const S = {};
13785      S[a.ConversationConnectionConfig.configParams.apiVersion] = a.ConversationConnectionConfig.apiVersion, S[a.ConversationConnectionConfig.configParams.token] = m, S[a.ConversationConnectionConfig.configParams.correlationId] = v;
13786      const l = c.parameters.getProperty("SPEECH-EnableWebsocketCompression", "false") === "true";
13787      return Promise.resolve(new t.WebsocketConnection(f, S, {}, new n.ConversationWebsocketMessageFormatter(), t.ProxyInfo.fromRecognizerConfig(c), l, h));
13788    }
13789  };
13790  return lr.ConversationConnectionFactory = i, lr;
13791}
13792var fr = {}, tn = {};
13793Object.defineProperty(tn, "__esModule", { value: !0 });
13794tn.ConversationRequestSession = void 0;
13795const Tn = I();
13796class Ll {
13797  constructor(e) {
13798    this.privIsDisposed = !1, this.privDetachables = new Array(), this.privSessionId = e, this.privRequestId = (0, Tn.createNoDashGuid)(), this.privRequestCompletionDeferral = new Tn.Deferred();
13799  }
13800  get sessionId() {
13801    return this.privSessionId;
13802  }
13803  get requestId() {
13804    return this.privRequestId;
13805  }
13806  get completionPromise() {
13807    return this.privRequestCompletionDeferral.promise;
13808  }
13809  onPreConnectionStart(e, r) {
13810    this.privSessionId = r;
13811  }
13812  onAuthCompleted(e) {
13813    e && this.onComplete();
13814  }
13815  onConnectionEstablishCompleted(e) {
13816    e !== 200 && e === 403 && this.onComplete();
13817  }
13818  onServiceTurnEndResponse(e) {
13819    e ? this.privRequestId = (0, Tn.createNoDashGuid)() : this.onComplete();
13820  }
13821  async dispose() {
13822    if (!this.privIsDisposed) {
13823      this.privIsDisposed = !0;
13824      for (const e of this.privDetachables)
13825        await e.detach();
13826    }
13827  }
13828  onComplete() {
13829  }
13830}
13831tn.ConversationRequestSession = Ll;
13832var $ = {}, ia;

13833function Jc() {
13834  if (ia) return $;
13835  ia = 1, Object.defineProperty($, "__esModule", { value: !0 }), $.ConversationReceivedTranslationEventArgs = $.ParticipantsListEventArgs = $.ParticipantAttributeEventArgs = $.ParticipantEventArgs = $.LockRoomEventArgs = $.MuteAllEventArgs = void 0;
13836  const t = R();
13837  class e extends t.SessionEventArgs {
13838    constructor(o, c) {
13839      super(c), this.privIsMuted = o;
13840    }
13841    get isMuted() {
13842      return this.privIsMuted;
13843    }
13844  }
13845  $.MuteAllEventArgs = e;
13846  class r extends t.SessionEventArgs {
13847    constructor(o, c) {
13848      super(c), this.privIsLocked = o;
13849    }
13850    get isMuted() {
13851      return this.privIsLocked;
13852    }
13853  }
13854  $.LockRoomEventArgs = r;
13855  class s extends t.SessionEventArgs {
13856    constructor(o, c) {
13857      super(c), this.privParticipant = o;
13858    }
13859    get participant() {
13860      return this.privParticipant;
13861    }
13862  }
13863  $.ParticipantEventArgs = s;
13864  class p extends t.SessionEventArgs {
13865    constructor(o, c, u, h) {
13866      super(h), this.privKey = c, this.privValue = u, this.privParticipantId = o;
13867    }
13868    get value() {
13869      return this.privValue;
13870    }
13871    get key() {
13872      return this.privKey;
13873    }
13874    get id() {
13875      return this.privParticipantId;
13876    }
13877  }
13878  $.ParticipantAttributeEventArgs = p;
13879  class a extends t.SessionEventArgs {
13880    constructor(o, c, u, h, d, v, f, m, S) {
13881      super(S), this.privRoomId = o, this.privSessionToken = c, this.privTranslateTo = u, this.privProfanityFilter = h, this.privRoomProfanityFilter = d, this.privIsRoomLocked = v, this.privIsRoomLocked = f, this.privParticipants = m;
13882    }
13883    get sessionToken() {
13884      return this.privSessionToken;
13885    }
13886    get conversationId() {
13887      return this.privRoomId;
13888    }
13889    get translateTo() {
13890      return this.privTranslateTo;
13891    }
13892    get profanityFilter() {
13893      return this.privProfanityFilter;
13894    }
13895    get roomProfanityFilter() {
13896      return this.privRoomProfanityFilter;
13897    }
13898    get isRoomLocked() {
13899      return this.privIsRoomLocked;
13900    }
13901    get isMuteAll() {
13902      return this.privIsMuteAll;
13903    }
13904    get participants() {
13905      return this.privParticipants;
13906    }
13907  }
13908  $.ParticipantsListEventArgs = a;
13909  class n {
13910    constructor(o, c, u) {
13911      this.privPayload = c, this.privCommand = o, this.privSessionId = u;
13912    }
13913    get payload() {
13914      return this.privPayload;
13915    }
13916    get command() {
13917      return this.privCommand;
13918    }
13919    get sessionId() {
13920      return this.privSessionId;
13921    }
13922  }
13923  return $.ConversationReceivedTranslationEventArgs = n, $;
13924}
13925var ge = {};
13926Object.defineProperty(ge, "__esModule", { value: !0 });
13927ge.ConversationTranslatorCommandTypes = ge.ConversationTranslatorMessageTypes = ge.InternalParticipants = void 0;
13928class Bl {
13929  constructor(e = [], r) {
13930    this.participants = e, this.meId = r;
13931  }
13932  /**
13933   * Add or update a participant
13934   * @param value
13935   */
13936  addOrUpdateParticipant(e) {
13937    if (e === void 0)
13938      return;
13939    const r = this.getParticipantIndex(e.id);
13940    return r > -1 ? this.participants.splice(r, 1, e) : this.participants.push(e), this.getParticipant(e.id);
13941  }
13942  /**
13943   * Find the participant's position in the participants list.
13944   * @param id
13945   */
13946  getParticipantIndex(e) {
13947    return this.participants.findIndex((r) => r.id === e);
13948  }
13949  /**
13950   * Find the participant by id.
13951   * @param id
13952   */
13953  getParticipant(e) {
13954    return this.participants.find((r) => r.id === e);
13955  }
13956  /**
13957   * Remove a participant from the participants list.
13958   */
13959  deleteParticipant(e) {
13960    this.participants = this.participants.filter((r) => r.id !== e);
13961  }
13962  /**
13963   * Helper to return the conversation host.
13964   */
13965  get host() {
13966    return this.participants.find((e) => e.isHost === !0);
13967  }
13968  /**
13969   * Helper to return the current user.
13970   */
13971  get me() {
13972    return this.getParticipant(this.meId);
13973  }
13974}
13975ge.InternalParticipants = Bl;
13976ge.ConversationTranslatorMessageTypes = {
13977  command: "command",
13978  final: "final",
13979  info: "info",
13980  instantMessage: "instant_message",
13981  keepAlive: "keep_alive",
13982  partial: "partial",
13983  participantCommand: "participant_command",
13984  translatedMessage: "translated_message"
13985};
13986ge.ConversationTranslatorCommandTypes = {
13987  changeNickname: "ChangeNickname",
13988  disconnectSession: "DisconnectSession",
13989  ejectParticipant: "EjectParticipant",
13990  instant_message: "instant_message",
13991  joinSession: "JoinSession",
13992  leaveSession: "LeaveSession",
13993  participantList: "ParticipantList",
13994  roomExpirationWarning: "RoomExpirationWarning",
13995  setLockState: "SetLockState",
13996  setMute: "SetMute",
13997  setMuteAll: "SetMuteAll",
13998  setProfanityFiltering: "SetProfanityFiltering",
13999  setTranslateToLanguages: "SetTranslateToLanguages",
14000  setUseTTS: "SetUseTTS"
14001};
14002var Vc = {}, rn = {};
14003Object.defineProperty(rn, "__esModule", { value: !0 });
14004rn.CommandResponsePayload = void 0;
14005const ql = (t) => JSON.parse(t);
14006class Zn {
14007  constructor(e) {
14008    this.privCommandResponse = ql(e);
14009  }
14010  get type() {
14011    return this.privCommandResponse.type;
14012  }
14013  get command() {
14014    return this.privCommandResponse.command;
14015  }
14016  get id() {
14017    return this.privCommandResponse.id;
14018  }
14019  get nickname() {
14020    return this.privCommandResponse.nickname;
14021  }
14022  get participantId() {
14023    return this.privCommandResponse.participantId;
14024  }
14025  get roomid() {
14026    return this.privCommandResponse.roomid;
14027  }
14028  get value() {
14029    return this.privCommandResponse.value;
14030  }
14031  get token() {
14032    return this.privCommandResponse.token;
14033  }
14034  static fromJSON(e) {
14035    return new Zn(e);
14036  }
14037}
14038rn.CommandResponsePayload = Zn;
14039var Je = {};
14040Object.defineProperty(Je, "__esModule", { value: !0 });
14041Je.ParticipantPayloadResponse = Je.ParticipantsListPayloadResponse = void 0;
14042const Fl = (t) => JSON.parse(t), Ul = (t) => JSON.parse(t);
14043class $n {
14044  constructor(e) {
14045    this.privParticipantsPayloadResponse = Fl(e);
14046  }
14047  get roomid() {
14048    return this.privParticipantsPayloadResponse.roomid;
14049  }
14050  get id() {
14051    return this.privParticipantsPayloadResponse.id;
14052  }
14053  get command() {
14054    return this.privParticipantsPayloadResponse.command;
14055  }
14056  get participants() {
14057    return this.privParticipantsPayloadResponse.participants;
14058  }
14059  get token() {
14060    return this.privParticipantsPayloadResponse.token;
14061  }
14062  get translateTo() {
14063    return this.privParticipantsPayloadResponse.translateTo;
14064  }
14065  get profanityFilter() {
14066    return this.privParticipantsPayloadResponse.profanityFilter;
14067  }
14068  get roomProfanityFilter() {
14069    return this.privParticipantsPayloadResponse.roomProfanityFilter;
14070  }
14071  get roomLocked() {
14072    return this.privParticipantsPayloadResponse.roomLocked;
14073  }
14074  get muteAll() {
14075    return this.privParticipantsPayloadResponse.muteAll;
14076  }
14077  get type() {
14078    return this.privParticipantsPayloadResponse.type;
14079  }
14080  static fromJSON(e) {
14081    return new $n(e);
14082  }
14083}
14084Je.ParticipantsListPayloadResponse = $n;
14085class es {
14086  constructor(e) {
14087    this.privParticipantPayloadResponse = Ul(e);
14088  }
14089  get nickname() {
14090    return this.privParticipantPayloadResponse.nickname;
14091  }
14092  get locale() {
14093    return this.privParticipantPayloadResponse.locale;
14094  }
14095  get usetts() {
14096    return this.privParticipantPayloadResponse.usetts;
14097  }
14098  get ismuted() {
14099    return this.privParticipantPayloadResponse.ismuted;
14100  }
14101  get ishost() {
14102    return this.privParticipantPayloadResponse.ishost;
14103  }
14104  get participantId() {
14105    return this.privParticipantPayloadResponse.participantId;
14106  }
14107  get avatar() {
14108    return this.privParticipantPayloadResponse.avatar;
14109  }
14110  static fromJSON(e) {
14111    return new es(e);
14112  }
14113}
14114Je.ParticipantPayloadResponse = es;
14115var Ve = {};
14116Object.defineProperty(Ve, "__esModule", { value: !0 });
14117Ve.TextResponsePayload = Ve.SpeechResponsePayload = void 0;
14118const xl = (t) => JSON.parse(t), Wl = (t) => JSON.parse(t);
14119class ts {
14120  constructor(e) {
14121    this.privSpeechResponse = xl(e);
14122  }
14123  get recognition() {
14124    return this.privSpeechResponse.recognition;
14125  }
14126  get translations() {
14127    return this.privSpeechResponse.translations;
14128  }
14129  get id() {
14130    return this.privSpeechResponse.id;
14131  }
14132  get language() {
14133    return this.privSpeechResponse.language;
14134  }
14135  get nickname() {
14136    return this.privSpeechResponse.nickname;
14137  }
14138  get participantId() {
14139    return this.privSpeechResponse.participantId;
14140  }
14141  get roomid() {
14142    return this.privSpeechResponse.roomid;
14143  }
14144  get timestamp() {
14145    return this.privSpeechResponse.timestamp;
14146  }
14147  get type() {
14148    return this.privSpeechResponse.type;
14149  }
14150  get isFinal() {
14151    return this.privSpeechResponse.type === "final";
14152  }
14153  static fromJSON(e) {
14154    return new ts(e);
14155  }
14156}
14157Ve.SpeechResponsePayload = ts;
14158class rs {
14159  constructor(e) {
14160    this.privTextResponse = Wl(e);
14161  }
14162  get originalText() {
14163    return this.privTextResponse.originalText;
14164  }
14165  get translations() {
14166    return this.privTextResponse.translations;
14167  }
14168  get id() {
14169    return this.privTextResponse.id;
14170  }
14171  get language() {
14172    return this.privTextResponse.language;
14173  }
14174  get nickname() {
14175    return this.privTextResponse.nickname;
14176  }
14177  get participantId() {
14178    return this.privTextResponse.participantId;
14179  }
14180  get roomid() {
14181    return this.privTextResponse.roomid;
14182  }
14183  get timestamp() {
14184    return this.privTextResponse.timestamp;
14185  }
14186  get type() {
14187    return this.privTextResponse.type;
14188  }
14189  static fromJSON(e) {
14190    return new rs(e);
14191  }
14192}
14193Ve.TextResponsePayload = rs;
14194(function(t) {
14195  Object.defineProperty(t, "__esModule", { value: !0 }), t.TextResponsePayload = t.SpeechResponsePayload = t.ParticipantPayloadResponse = t.ParticipantsListPayloadResponse = t.CommandResponsePayload = void 0;
14196  var e = rn;
14197  Object.defineProperty(t, "CommandResponsePayload", { enumerable: !0, get: function() {
14198    return e.CommandResponsePayload;
14199  } });
14200  var r = Je;
14201  Object.defineProperty(t, "ParticipantsListPayloadResponse", { enumerable: !0, get: function() {
14202    return r.ParticipantsListPayloadResponse;
14203  } }), Object.defineProperty(t, "ParticipantPayloadResponse", { enumerable: !0, get: function() {
14204    return r.ParticipantPayloadResponse;
14205  } });
14206  var s = Ve;
14207  Object.defineProperty(t, "SpeechResponsePayload", { enumerable: !0, get: function() {
14208    return s.SpeechResponsePayload;
14209  } }), Object.defineProperty(t, "TextResponsePayload", { enumerable: !0, get: function() {
14210    return s.TextResponsePayload;
14211  } });
14212})(Vc);
14213var na;
14214function Hl() {
14215  if (na) return fr;

14216  na = 1, Object.defineProperty(fr, "__esModule", { value: !0 }), fr.ConversationServiceAdapter = void 0;
14217  const t = I(), e = R(), r = A(), s = qr, p = tn, a = Jc(), n = ge, i = Vc;
14218  let o = class extends r.ServiceRecognizerBase {
14219    constructor(u, h, d, v, f) {
14220      super(u, h, d, v, f), this.privConnectionConfigPromise = void 0, this.privLastPartialUtteranceId = "", this.privConversationServiceConnector = f, this.privConversationAuthentication = u, this.receiveMessageOverride = () => this.receiveConversationMessageOverride(), this.recognizeOverride = () => this.noOp(), this.postConnectImplOverride = (m) => this.conversationConnectImpl(m), this.configConnectionOverride = () => this.configConnection(), this.disconnectOverride = () => this.privDisconnect(), this.privConversationRequestSession = new p.ConversationRequestSession((0, t.createNoDashGuid)()), this.privConversationConnectionFactory = h, this.privConversationIsDisposed = !1;
14221    }
14222    isDisposed() {
14223      return super.isDisposed() || this.privConversationIsDisposed;
14224    }
14225    async dispose(u) {
14226      this.privConversationIsDisposed = !0, this.privConnectionConfigPromise !== void 0 && await (await this.privConnectionConfigPromise).dispose(u), await super.dispose(u);
14227    }
14228    async sendMessage(u) {
14229      return (await this.fetchConnection()).send(new s.ConversationConnectionMessage(t.MessageType.Text, u));
14230    }
14231    async sendMessageAsync(u) {
14232      await (await this.fetchConnection()).send(new s.ConversationConnectionMessage(t.MessageType.Text, u));
14233    }
14234    privDisconnect() {
14235      if (!this.terminateMessageLoop)
14236        return this.cancelRecognition(this.privConversationRequestSession.sessionId, this.privConversationRequestSession.requestId, e.CancellationReason.Error, e.CancellationErrorCode.NoError, "Disconnecting"), this.terminateMessageLoop = !0, Promise.resolve();
14237    }
14238    // eslint-disable-next-line @typescript-eslint/require-await
14239    async processTypeSpecificMessages() {
14240      return !0;
14241    }
14242    // Cancels recognition.
14243    cancelRecognition(u, h, d, v, f) {
14244      this.terminateMessageLoop = !0;
14245      const m = new e.ConversationTranslationCanceledEventArgs(d, f, v, void 0, u);

14246      try {
14247        this.privConversationServiceConnector.canceled && this.privConversationServiceConnector.canceled(this.privConversationServiceConnector, m);
14248      } catch {
14249      }
14250    }
14251    /**
14252     * Establishes a websocket connection to the end point.
14253     */
14254    async conversationConnectImpl(u) {
14255      return this.privConnectionLoop = this.startMessageLoop(), u;
14256    }
14257    /**
14258     * Process incoming websocket messages
14259     */
14260    async receiveConversationMessageOverride() {
14261      if (this.isDisposed() || this.terminateMessageLoop)
14262        return Promise.resolve();
14263      const u = new t.Deferred();
14264      try {
14265        const d = await (await this.fetchConnection()).read();
14266        if (this.isDisposed() || this.terminateMessageLoop)
14267          return u.resolve(), Promise.resolve();
14268        if (!d)
14269          return this.receiveConversationMessageOverride();
14270        const v = this.privConversationRequestSession.sessionId, f = d.conversationMessageType.toLowerCase();
14271        let m = !1;
14272        try {
14273          switch (f) {
14274            case "info":
14275            case "participant_command":
14276            case "command":
14277              const S = i.CommandResponsePayload.fromJSON(d.textBody);
14278              switch (S.command.toLowerCase()) {
14279                case "participantlist":
14280                  const T = i.ParticipantsListPayloadResponse.fromJSON(d.textBody), _ = T.participants.map((Z) => ({
14281                    avatar: Z.avatar,
14282                    displayName: Z.nickname,
14283                    id: Z.participantId,
14284                    isHost: Z.ishost,
14285                    isMuted: Z.ismuted,
14286                    isUsingTts: Z.usetts,
14287                    preferredLanguage: Z.locale
14288                  }));
14289                  this.privConversationServiceConnector.participantsListReceived && this.privConversationServiceConnector.participantsListReceived(this.privConversationServiceConnector, new a.ParticipantsListEventArgs(T.roomid, T.token, T.translateTo, T.profanityFilter, T.roomProfanityFilter, T.roomLocked, T.muteAll, _, v));
14290                  break;
14291                case "settranslatetolanguages":
14292                  this.privConversationServiceConnector.participantUpdateCommandReceived && this.privConversationServiceConnector.participantUpdateCommandReceived(this.privConversationServiceConnector, new a.ParticipantAttributeEventArgs(S.participantId, n.ConversationTranslatorCommandTypes.setTranslateToLanguages, S.value, v));
14293                  break;
14294                case "setprofanityfiltering":
14295                  this.privConversationServiceConnector.participantUpdateCommandReceived && this.privConversationServiceConnector.participantUpdateCommandReceived(this.privConversationServiceConnector, new a.ParticipantAttributeEventArgs(S.participantId, n.ConversationTranslatorCommandTypes.setProfanityFiltering, S.value, v));
14296                  break;
14297                case "setmute":
14298                  this.privConversationServiceConnector.participantUpdateCommandReceived && this.privConversationServiceConnector.participantUpdateCommandReceived(this.privConversationServiceConnector, new a.ParticipantAttributeEventArgs(S.participantId, n.ConversationTranslatorCommandTypes.setMute, S.value, v));
14299                  break;
14300                case "setmuteall":
14301                  this.privConversationServiceConnector.muteAllCommandReceived && this.privConversationServiceConnector.muteAllCommandReceived(this.privConversationServiceConnector, new a.MuteAllEventArgs(S.value, v));
14302                  break;
14303                case "roomexpirationwarning":
14304                  this.privConversationServiceConnector.conversationExpiration && this.privConversationServiceConnector.conversationExpiration(this.privConversationServiceConnector, new e.ConversationExpirationEventArgs(S.value, this.privConversationRequestSession.sessionId));
14305                  break;
14306                case "setusetts":
14307                  this.privConversationServiceConnector.participantUpdateCommandReceived && this.privConversationServiceConnector.participantUpdateCommandReceived(this.privConversationServiceConnector, new a.ParticipantAttributeEventArgs(S.participantId, n.

14307ConversationTranslatorCommandTypes.setUseTTS, S.value, v));
14308                  break;
14309                case "setlockstate":
14310                  this.privConversationServiceConnector.lockRoomCommandReceived && this.privConversationServiceConnector.lockRoomCommandReceived(this.privConversationServiceConnector, new a.LockRoomEventArgs(S.value, v));
14311                  break;
14312                case "changenickname":
14313                  this.privConversationServiceConnector.participantUpdateCommandReceived && this.privConversationServiceConnector.participantUpdateCommandReceived(this.privConversationServiceConnector, new a.ParticipantAttributeEventArgs(S.participantId, n.ConversationTranslatorCommandTypes.changeNickname, S.value, v));
14314                  break;
14315                case "joinsession":
14316                  const E = i.ParticipantPayloadResponse.fromJSON(d.textBody), z = {
14317                    avatar: E.avatar,
14318                    displayName: E.nickname,
14319                    id: E.participantId,
14320                    isHost: E.ishost,
14321                    isMuted: E.ismuted,
14322                    isUsingTts: E.usetts,
14323                    preferredLanguage: E.locale
14324                  };
14325                  this.privConversationServiceConnector.participantJoinCommandReceived && this.privConversationServiceConnector.participantJoinCommandReceived(this.privConversationServiceConnector, new a.ParticipantEventArgs(z, v));
14326                  break;
14327                case "leavesession":
14328                  const L = {
14329                    id: S.participantId
14330                  };
14331                  this.privConversationServiceConnector.participantLeaveCommandReceived && this.privConversationServiceConnector.participantLeaveCommandReceived(this.privConversationServiceConnector, new a.ParticipantEventArgs(L, v));
14332                  break;
14333                case "disconnectsession":
14334                  const ne = {
14335                    id: S.participantId
14336                  };
14337                  break;
14338                case "token":
14339                  const We = new r.CognitiveTokenAuthentication(() => {
14340                    const Z = S.token;
14341                    return Promise.resolve(Z);
14342                  }, () => {
14343                    const Z = S.token;
14344                    return Promise.resolve(Z);
14345                  });
14346                  this.authentication = We, this.privConversationServiceConnector.onToken(We);
14347                  break;
14348                default:
14349                  break;
14350              }
14351              break;
14352            case "partial":
14353            case "final":
14354              const l = i.SpeechResponsePayload.fromJSON(d.textBody), g = f === "final" ? e.ResultReason.TranslatedParticipantSpeech : e.ResultReason.TranslatingParticipantSpeech, C = new e.ConversationTranslationResult(l.participantId, this.getTranslations(l.translations), l.language, l.id, g, l.recognition, void 0, void 0, d.textBody, void 0);
14355              l.isFinal ? ((C.text !== void 0 && C.text.length > 0 || l.id === this.privLastPartialUtteranceId) && (m = !0), m && this.privConversationServiceConnector.translationReceived && this.privConversationServiceConnector.translationReceived(this.privConversationServiceConnector, new a.ConversationReceivedTranslationEventArgs(n.ConversationTranslatorMessageTypes.final, C, v))) : C.text !== void 0 && (this.privLastPartialUtteranceId = l.id, this.privConversationServiceConnector.translationReceived && this.privConversationServiceConnector.translationReceived(this.privConversationServiceConnector, new a.ConversationReceivedTranslationEventArgs(n.ConversationTranslatorMessageTypes.partial, C, v)));
14356              break;
14357            case "translated_message":
14358              const y = i.TextResponsePayload.fromJSON(d.textBody), P = new e.ConversationTranslationResult(y.participantId, this.getTranslations(y.translations), y.language, void 0, void 0, y.originalText, void 0, void 0, void 0, d.textBody, void 0);
14359              this.privConversationServiceConnector.translationReceived && this.privConversationServiceConnector.translationReceived(this.privConversationServiceConnector, new a.ConversationReceivedTranslationEventArgs(n.ConversationTranslatorMessageTypes.instantMessage, P, v));
14360              break;
14361            default:
14362              break;
14363          }
14364        } catch {
14365        }
14366        return this.receiveConversationMessageOverride();
14367      } catch {
14368        this.terminateMessageLoop = !0;
14369      }
14370      return u.promise;
14371    }
14372    async startMessageLoop() {
14373      if (this.isDisposed())
14374        return Promise.resolve();
14375      this.terminateMessageLoop = !1;
14376      const u = this.receiveConversationMessageOverride();

14377      try {
14378        return await u;
14379      } catch (h) {
14380        return this.cancelRecognition(this.privRequestSession ? this.privRequestSession.sessionId : "", this.privRequestSession ? this.privRequestSession.requestId : "", e.CancellationReason.Error, e.CancellationErrorCode.RuntimeError, h), null;
14381      }
14382    }
14383    // Takes an established websocket connection to the endpoint
14384    configConnection() {
14385      return this.isDisposed() ? Promise.resolve(void 0) : this.privConnectionConfigPromise !== void 0 ? this.privConnectionConfigPromise.then((u) => u.state() === t.ConnectionState.Disconnected ? (this.privConnectionId = null, this.privConnectionConfigPromise = void 0, this.configConnection()) : this.privConnectionConfigPromise, () => (this.privConnectionId = null, this.privConnectionConfigPromise = void 0, this.configConnection())) : this.terminateMessageLoop ? Promise.resolve(void 0) : (this.privConnectionConfigPromise = this.connectImpl().then((u) => u), this.privConnectionConfigPromise);
14386    }
14387    getTranslations(u) {
14388      let h;
14389      if (u !== void 0) {
14390        h = new e.Translations();
14391        for (const d of u)
14392          h.set(d.lang, d.translation);
14393      }
14394      return h;
14395    }
14396  };
14397  return fr.ConversationServiceAdapter = o, fr;
14398}
14399var sa;
14400function Kl() {
14401  if (sa) return Le;
14402  sa = 1, Object.defineProperty(Le, "__esModule", { value: !0 }), Le.ConversationTranslatorRecognizer = Le.ConversationRecognizerFactory = void 0;
14403  const t = A(), e = I(), r = O, s = R(), p = jl(), a = Hl();
14404  class n {
14405    static fromConfig(c, u, h) {
14406      return new i(c, u, h);
14407    }
14408  }
14409  Le.ConversationRecognizerFactory = n;
14410  let i = class extends s.Recognizer {
14411    constructor(c, u, h) {
14412      const d = u;
14413      r.Contracts.throwIfNull(d, "speechConfig");
14414      const v = c;
14415      r.Contracts.throwIfNull(v, "conversationImpl"), super(h, d.properties, new p.ConversationConnectionFactory()), this.privConversation = v, this.privIsDisposed = !1, this.privProperties = d.properties.clone(), this.privConnection = s.Connection.fromRecognizer(this), this.privProperties.getProperty(s.PropertyId.WebWorkerLoadType, "on").toLowerCase() === "on" && typeof Blob < "u" && typeof Worker < "u" ? (this.privSetTimeout = e.Timeout.setTimeout, this.privClearTimeout = e.Timeout.clearTimeout) : typeof window < "u" ? (this.privSetTimeout = window.setTimeout.bind(window), this.privClearTimeout = window.clearTimeout.bind(window)) : (this.privSetTimeout = setTimeout, this.privClearTimeout = clearTimeout);
14416    }
14417    set connected(c) {
14418      this.privConnection.connected = c;
14419    }
14420    set disconnected(c) {
14421      this.privConnection.disconnected = c;
14422    }
14423    /**
14424     * Return the speech language used by the recognizer
14425     */
14426    get speechRecognitionLanguage() {
14427      return this.privSpeechRecognitionLanguage;
14428    }
14429    /**
14430     * Return the properties for the recognizer
14431     */
14432    get properties() {
14433      return this.privProperties;
14434    }
14435    isDisposed() {
14436      return this.privIsDisposed;
14437    }
14438    /**
14439     * Connect to the recognizer
14440     * @param token
14441     */
14442    connect(c, u, h) {
14443      try {
14444        r.Contracts.throwIfDisposed(this.privIsDisposed), r.Contracts.throwIfNullOrWhitespace(c, "token"), this.privReco.conversationTranslatorToken = c, this.resetConversationTimeout(), this.privReco.connectAsync(u, h);
14445      } catch (d) {
14446        if (h)
14447          if (d instanceof Error) {
14448            const v = d;
14449            h(v.name + ": " + v.message);
14450          } else
14451            h(d);
14452      }
14453    }
14454    /**
14455     * Disconnect from the recognizer
14456     */
14457    disconnect(c, u) {
14458      try {
14459        r.Contracts.throwIfDisposed(this.privIsDisposed), this.privTimeoutToken !== void 0 && this.privClearTimeout(this.privTimeoutToken), this.privReco.disconnect().then(() => {
14460          c && c();
14461        }, (h) => {
14462          u && u(h);
14463        });
14464      } catch (h) {
14465        if (u)
14466          if (h instanceof Error) {
14467            const d = h;
14468            u(d.name + ": " + d.message);
14469          } else
14470            u(h);
14471        this.dispose(!0).catch((d) => {

14472          e.Events.instance.onEvent(new e.BackgroundEvent(d));
14473        });
14474      }
14475    }
14476    /**
14477     * Send the mute all participants command to the websocket
14478     * @param conversationId
14479     * @param participantId
14480     * @param isMuted
14481     */
14482    sendRequest(c, u, h) {
14483      try {
14484        r.Contracts.throwIfDisposed(this.privIsDisposed), this.sendMessage(c, u, h);
14485      } catch (d) {
14486        if (h)
14487          if (d instanceof Error) {
14488            const v = d;
14489            h(v.name + ": " + v.message);
14490          } else
14491            h(d);
14492        this.dispose(!0).catch((v) => {
14493          e.Events.instance.onEvent(new e.BackgroundEvent(v));
14494        });
14495      }
14496    }
14497    /**
14498     * Handle update of service auth token (#694)
14499     */
14500    onToken(c) {
14501      this.privConversation.onToken(c);
14502    }
14503    /**
14504     * Close and dispose the recognizer
14505     */
14506    async close() {
14507      this.privIsDisposed || (this.privConnection && (this.privConnection.closeConnection(), this.privConnection.close()), this.privConnection = void 0, await this.dispose(!0));
14508    }
14509    /**
14510     * Dispose the recognizer
14511     * @param disposing
14512     */
14513    async dispose(c) {
14514      this.privIsDisposed || c && (this.privTimeoutToken !== void 0 && this.privClearTimeout(this.privTimeoutToken), this.privIsDisposed = !0, this.privConnection && (this.privConnection.closeConnection(), this.privConnection.close(), this.privConnection = void 0), await super.dispose(c));
14515    }
14516    /**
14517     * Create the config for the recognizer
14518     * @param speechConfig
14519     */
14520    createRecognizerConfig(c) {
14521      return new t.RecognizerConfig(c, this.privProperties);
14522    }
14523    /**
14524     * Create the service recognizer.
14525     * The audio source is redundnant here but is required by the implementation.
14526     * @param authentication
14527     * @param connectionFactory
14528     * @param audioConfig
14529     * @param recognizerConfig
14530     */
14531    createServiceRecognizer(c, u, h, d) {
14532      const v = h;
14533      return new a.ConversationServiceAdapter(c, u, v, d, this);
14534    }
14535    sendMessage(c, u, h) {
14536      const d = this.privReco;
14537      ((f, m, S) => {
14538        f !== void 0 ? f.then(() => {
14539          try {
14540            m && m();
14541          } catch (l) {
14542            S && S(`'Unhandled error on promise callback: ${l}'`);
14543          }
14544        }, (l) => {
14545          try {
14546            S && S(l);
14547          } catch {
14548          }
14549        }) : S && S("Null promise");
14550      })(d.sendMessageAsync(c), u, h), this.resetConversationTimeout();
14551    }
14552    resetConversationTimeout() {
14553      this.privTimeoutToken !== void 0 && this.privClearTimeout(this.privTimeoutToken), this.privTimeoutToken = this.privSetTimeout(() => {
14554        this.sendRequest(this.privConversation.getKeepAlive());
14555      }, 6e4);
14556    }
14557  };
14558  return Le.ConversationTranslatorRecognizer = i, Le;
14559}
14560var gr = {}, oa;
14561function Jl() {
14562  if (oa) return gr;
14563  oa = 1, Object.defineProperty(gr, "__esModule", { value: !0 }), gr.TranscriberRecognizer = void 0;
14564  const t = I(), e = O, r = R(), s = A(), p = ae;
14565  let a = class extends r.Recognizer {
14566    /**
14567     * TranscriberRecognizer constructor.
14568     * @constructor
14569     * @param {SpeechTranslationConfig} speechTranslationConfig - Non-audio configuration associated with the recognizer
14570     * @param {AudioConfig} audioConfig - An audio configuration associated with the recognizer
14571     */
14572    constructor(i, o) {
14573      const c = i;
14574      e.Contracts.throwIfNull(c, "speechTranslationConfig");
14575      const u = o;
14576      e.Contracts.throwIfNull(u, "audioConfigImpl"), e.Contracts.throwIfNullOrWhitespace(c.speechRecognitionLanguage, r.PropertyId[r.PropertyId.SpeechServiceConnection_RecoLanguage]), super(o, c.properties, new s.TranscriberConnectionFactory()), this.privDisposedRecognizer = !1, this.isMeetingRecognizer = !1;
14577    }
14578    get speechRecognitionLanguage() {
14579      return e.Contracts.throwIfDisposed(this.privDisposedRecognizer), this.properties.getProperty(r.PropertyId.SpeechServiceConnection_RecoLanguage);
14580    }
14581    get properties() {
14582      return this.privProperties;
14583    }
14584    get authorizationToken() {
14585      return this.properties.getProperty(r.PropertyId.SpeechServiceAuthorization_Token);
14586    }
14587    set authorizationToken(i) {
14588      e.Contracts.throwIfNullOrWhitespace(i, "token"), this.properties.setProperty(r.PropertyId.SpeechServiceAuthorization_Token, i);
14589    }
14590    set conversation(i) {
14591      e.Contracts.throwIfNullOrUndefined(i, "Conversation"), this.isMeetingRecognizer = !1, this.privConversation = i;
14592    }
14593    getConversationInfo() {
14594      return e.Contracts.throwIfNullOrUndefined(this.privConversation, "Conversation"), this.privConversation.conversationInfo;
14595    }
14596    set meeting(i) {
14597      e.Contracts.throwIfNullOrUndefined(i, "Meeting"), this.isMeetingRecognizer = !0, this.privMeeting = i;
14598    }
14599    getMeetingInfo() {
14600      return e.Contracts.throwIfNullOrUndefined(this.privMeeting, "Meeting"), this.privMeeting.meetingInfo;
14601    }
14602    IsMeetingRecognizer() {
14603      return this.isMeetingRecognizer;
14604    }
14605    startContinuousRecognitionAsync(i, o) {
14606      (0, t.marshalPromiseToCallbacks)(this.startContinuousRecognitionAsyncImpl(p.RecognitionMode.Conversation), i, o);
14607    }
14608    stopContinuousRecognitionAsync(i, o) {
14609      (0, t.marshalPromiseToCallbacks)(this.stopContinuousRecognitionAsyncImpl(), i, o);
14610    }
14611    async close() {
14612      this.privDisposedRecognizer || await this.dispose(!0);
14613    }

14614    // Push async join/leave conversation message via serviceRecognizer
14615    async pushConversationEvent(i, o) {
14616      const c = this.privReco;
14617      e.Contracts.throwIfNullOrUndefined(c, "serviceRecognizer"), await c.sendSpeechEventAsync(i, o);
14618    }
14619    // Push async join/leave meeting message via serviceRecognizer
14620    async pushMeetingEvent(i, o) {
14621      const c = this.privReco;
14622      e.Contracts.throwIfNullOrUndefined(c, "serviceRecognizer"), await c.sendMeetingSpeechEventAsync(i, o);
14623    }
14624    async enforceAudioGating() {
14625      const c = (await this.audioConfig.format).channels;
14626      if (c === 1) {
14627        if (this.properties.getProperty("f0f5debc-f8c9-4892-ac4b-90a7ab359fd2", "false").toLowerCase() !== "true")
14628          throw new Error("Single channel audio configuration for MeetingTranscriber is currently under private preview, please contact [email protected] for more details");
14629      } else if (c !== 8)
14630        throw new Error(`Unsupported audio configuration: Detected ${c}-channel audio`);
14631    }
14632    connectMeetingCallbacks(i) {
14633      this.isMeetingRecognizer = !0, this.canceled = (o, c) => {
14634        i.canceled && i.canceled(i, c);
14635      }, this.recognizing = (o, c) => {
14636        i.transcribing && i.transcribing(i, c);
14637      }, this.recognized = (o, c) => {
14638        i.transcribed && i.transcribed(i, c);
14639      }, this.sessionStarted = (o, c) => {
14640        i.sessionStarted && i.sessionStarted(i, c);
14641      }, this.sessionStopped = (o, c) => {
14642        i.sessionStopped && i.sessionStopped(i, c);
14643      };
14644    }
14645    disconnectCallbacks() {
14646      this.canceled = void 0, this.recognizing = void 0, this.recognized = void 0, this.sessionStarted = void 0, this.sessionStopped = void 0;
14647    }
14648    /**
14649     * Disposes any resources held by the object.
14650     * @member ConversationTranscriber.prototype.dispose
14651     * @function
14652     * @public
14653     * @param {boolean} disposing - true if disposing the object.
14654     */
14655    async dispose(i) {
14656      this.privDisposedRecognizer || (i && (this.privDisposedRecognizer = !0, await this.implRecognizerStop()), await super.dispose(i));
14657    }
14658    createRecognizerConfig(i) {
14659      return new s.RecognizerConfig(i, this.properties);
14660    }
14661    createServiceRecognizer(i, o, c, u) {
14662      const h = c;
14663      return new s.TranscriptionServiceRecognizer(i, o, h, u, this);
14664    }
14665  };
14666  return gr.TranscriberRecognizer = a, gr;
14667}
14668var aa;
14669function Vl() {
14670  return aa || (aa = 1, function(t) {
14671    Object.defineProperty(t, "__esModule", { value: !0 }), t.InternalParticipants = t.ConversationTranslatorMessageTypes = t.ConversationTranslatorCommandTypes = t.ParticipantsListEventArgs = t.ParticipantEventArgs = t.ParticipantAttributeEventArgs = t.MuteAllEventArgs = t.LockRoomEventArgs = t.ConversationReceivedTranslationEventArgs = t.TranscriberRecognizer = t.ConversationRecognizerFactory = t.ConversationConnectionConfig = t.ConversationManager = void 0;
14672    var e = Dl();
14673    Object.defineProperty(t, "ConversationManager", { enumerable: !0, get: function() {
14674      return e.ConversationManager;
14675    } });
14676    var r = Ye;
14677    Object.defineProperty(t, "ConversationConnectionConfig", { enumerable: !0, get: function() {
14678      return r.ConversationConnectionConfig;
14679    } });
14680    var s = Kl();

14681    Object.defineProperty(t, "ConversationRecognizerFactory", { enumerable: !0, get: function() {
14682      return s.ConversationRecognizerFactory;
14683    } });
14684    var p = Jl();
14685    Object.defineProperty(t, "TranscriberRecognizer", { enumerable: !0, get: function() {
14686      return p.TranscriberRecognizer;
14687    } });
14688    var a = Jc();
14689    Object.defineProperty(t, "ConversationReceivedTranslationEventArgs", { enumerable: !0, get: function() {
14690      return a.ConversationReceivedTranslationEventArgs;
14691    } }), Object.defineProperty(t, "LockRoomEventArgs", { enumerable: !0, get: function() {
14692      return a.LockRoomEventArgs;
14693    } }), Object.defineProperty(t, "MuteAllEventArgs", { enumerable: !0, get: function() {
14694      return a.MuteAllEventArgs;
14695    } }), Object.defineProperty(t, "ParticipantAttributeEventArgs", { enumerable: !0, get: function() {
14696      return a.ParticipantAttributeEventArgs;
14697    } }), Object.defineProperty(t, "ParticipantEventArgs", { enumerable: !0, get: function() {
14698      return a.ParticipantEventArgs;
14699    } }), Object.defineProperty(t, "ParticipantsListEventArgs", { enumerable: !0, get: function() {
14700      return a.ParticipantsListEventArgs;
14701    } });
14702    var n = ge;
14703    Object.defineProperty(t, "ConversationTranslatorCommandTypes", { enumerable: !0, get: function() {
14704      return n.ConversationTranslatorCommandTypes;
14705    } }), Object.defineProperty(t, "ConversationTranslatorMessageTypes", { enumerable: !0, get: function() {
14706      return n.ConversationTranslatorMessageTypes;
14707    } }), Object.defineProperty(t, "InternalParticipants", { enumerable: !0, get: function() {
14708      return n.InternalParticipants;
14709    } });
14710  }(En)), En;
14711}
14712var is = {};
14713(function(t) {
14714  Object.defineProperty(t, "__esModule", { value: !0 }), t.SynthesisAudioMetadata = t.MetadataType = void 0, function(r) {
14715    r.WordBoundary = "WordBoundary", r.Bookmark = "Bookmark", r.Viseme = "Viseme", r.SentenceBoundary = "SentenceBoundary", r.SessionEnd = "SessionEnd", r.AvatarSignal = "TalkingAvatarSignal";
14716  }(t.MetadataType || (t.MetadataType = {}));
14717  class e {
14718    constructor(s) {
14719      this.privSynthesisAudioMetadata = JSON.parse(s);
14720    }
14721    static fromJSON(s) {
14722      return new e(s);
14723    }
14724    get Metadata() {
14725      return this.privSynthesisAudioMetadata.Metadata;
14726    }
14727  }
14728  t.SynthesisAudioMetadata = e;
14729})(is);
14730var mr = {}, ue = {};
14731Object.defineProperty(ue, "__esModule", { value: !0 });
14732ue.SynthesisStartedEvent = ue.ConnectingToSynthesisServiceEvent = ue.SynthesisTriggeredEvent = ue.SpeechSynthesisEvent = void 0;
14733const ca = I();
14734class nn extends ca.PlatformEvent {
14735  constructor(e, r, s = ca.EventType.Info) {
14736    super(e, s), this.privRequestId = r;
14737  }
14738  get requestId() {
14739    return this.privRequestId;
14740  }
14741}
14742ue.SpeechSynthesisEvent = nn;
14743class Gl extends nn {
14744  constructor(e, r, s) {
14745    super("SynthesisTriggeredEvent", e), this.privSessionAudioDestinationId = r, this.privTurnAudioDestinationId = s;
14746  }
14747  get audioSessionDestinationId() {
14748    return this.privSessionAudioDestinationId;
14749  }
14750  get audioTurnDestinationId() {
14751    return this.privTurnAudioDestinationId;
14752  }
14753}
14754ue.SynthesisTriggeredEvent = Gl;
14755class Ql extends nn {
14756  constructor(e, r) {
14757    super("ConnectingToSynthesisServiceEvent", e), this.privAuthFetchEventId = r;
14758  }
14759  get authFetchEventId() {
14760    return this.privAuthFetchEventId;
14761  }
14762}
14763ue.ConnectingToSynthesisServiceEvent = Ql;
14764class Xl extends nn {
14765  constructor(e, r) {
14766    super("SynthesisStartedEvent", e), this.privAuthFetchEventId = r;
14767  }
14768  get authFetchEventId() {
14769    return this.privAuthFetchEventId;
14770  }
14771}
14772ue.SynthesisStartedEvent = Xl;
14773var pa;
14774function Yl() {
14775  if (pa) return mr;
14776  pa = 1, Object.defineProperty(mr, "__esModule", { value: !0 }), mr.SynthesisTurn = void 0;
14777  const t = I(), e = U, r = R(), s = is, p = ue;
14778  let a = class Mn {
14779    constructor() {
14780      this.privIsDisposed = !1, this.privIsSynthesizing = !1, this.privIsSynthesisEnded = !1, this.privBytesReceived = 0, this.privInTurn = !1, this.privTextOffset = 0, this.privNextSearchTextIndex = 0, this.privSentenceOffset = 0, this.privNextSearchSentenceIndex = 0, this.privRequestId = (0, t.createNoDashGuid)(), this.privTurnDeferral = new t.Deferred(), this.privTurnDeferral.resolve();
14781    }
14782    get requestId() {
14783      return this.privRequestId;
14784    }
14785    get streamId() {
14786      return this.privStreamId;
14787    }
14788    set streamId(i) {
14789      this.privStreamId = i;
14790    }
14791    get audioOutputFormat() {
14792      return this.privAudioOutputFormat;
14793    }
14794    set audioOutputFormat(i) {
14795      this.privAudioOutputFormat = i;
14796    }
14797    get turnCompletionPromise() {
14798      return this.privTurnDeferral.promise;
14799    }
14800    get isSynthesisEnded() {
14801      return this.privIsSynthesisEnded;
14802    }
14803    get isSynthesizing() {
14804      return this.privIsSynthesizing;
14805    }
14806    get currentTextOffset() {
14807      return this.privTextOffset;
14808    }
14809    get currentSentenceOffset() {
14810      return this.privSentenceOffset;
14811    }
14812    // The number of bytes received for current turn
14813    get bytesReceived() {
14814      return this.privBytesReceived;
14815    }
14816    get audioDuration() {
14817      return this.privAudioDuration;
14818    }
14819    get extraProperties() {
14820      if (this.privWebRTCSDP) {
14821        const i = new r.PropertyCollection();
14822        return i.setProperty(r.PropertyId.TalkingAvatarService_WebRTC_SDP, this.privWebRTCSDP), i;
14823      }
14824    }
14825    async getAllReceivedAudio() {
14826      return this.privReceivedAudio ? Promise.resolve(this.privReceivedAudio) : this.privIsSynthesisEnded ? (await this.readAllAudioFromStream(), Promise.resolve(this.privReceivedAudio)) : null;
14827    }

14828    async getAllReceivedAudioWithHeader() {
14829      if (this.privReceivedAudioWithHeader)
14830        return this.privReceivedAudioWithHeader;
14831      if (!this.privIsSynthesisEnded)
14832        return null;
14833      if (this.audioOutputFormat.hasHeader) {
14834        const i = await this.getAllReceivedAudio();
14835        return this.privReceivedAudioWithHeader = this.audioOutputFormat.addHeader(i), this.privReceivedAudioWithHeader;
14836      } else
14837        return this.getAllReceivedAudio();
14838    }
14839    startNewSynthesis(i, o, c, u) {
14840      this.privIsSynthesisEnded = !1, this.privIsSynthesizing = !0, this.privRequestId = i, this.privRawText = o, this.privIsSSML = c, this.privAudioOutputStream = new e.PullAudioOutputStreamImpl(), this.privAudioOutputStream.format = this.privAudioOutputFormat, this.privReceivedAudio = null, this.privReceivedAudioWithHeader = null, this.privBytesReceived = 0, this.privTextOffset = 0, this.privNextSearchTextIndex = 0, this.privSentenceOffset = 0, this.privNextSearchSentenceIndex = 0, this.privPartialVisemeAnimation = "", this.privWebRTCSDP = "", u !== void 0 && (this.privTurnAudioDestination = u, this.privTurnAudioDestination.format = this.privAudioOutputFormat), this.onEvent(new p.SynthesisTriggeredEvent(this.requestId, void 0, u === void 0 ? void 0 : u.id()));
14841    }
14842    onPreConnectionStart(i) {
14843      this.privAuthFetchEventId = i, this.onEvent(new p.ConnectingToSynthesisServiceEvent(this.privRequestId, this.privAuthFetchEventId));
14844    }
14845    onAuthCompleted(i) {
14846      i && this.onComplete();
14847    }
14848    onConnectionEstablishCompleted(i) {
14849      if (i === 200) {
14850        this.onEvent(new p.SynthesisStartedEvent(this.requestId, this.privAuthFetchEventId)), this.privBytesReceived = 0;
14851        return;
14852      } else i === 403 && this.onComplete();
14853    }
14854    onServiceResponseMessage(i) {
14855      const o = JSON.parse(i);
14856      this.streamId = o.audio.streamId;
14857    }
14858    onServiceTurnEndResponse() {
14859      this.privInTurn = !1, this.privTurnDeferral.resolve(), this.onComplete();
14860    }
14861    onServiceTurnStartResponse(i) {
14862      this.privTurnDeferral && this.privInTurn && (this.privTurnDeferral.reject("Another turn started before current completed."), this.privTurnDeferral.promise.then().catch(() => {
14863      })), this.privInTurn = !0, this.privTurnDeferral = new t.Deferred();
14864      const o = JSON.parse(i);
14865      o.webrtc && (this.privWebRTCSDP = o.webrtc.connectionString);
14866    }
14867    onAudioChunkReceived(i) {
14868      this.isSynthesizing && (this.privAudioOutputStream.write(i), this.privBytesReceived += i.byteLength, this.privTurnAudioDestination !== void 0 && this.privTurnAudioDestination.write(i));
14869    }
14870    onTextBoundaryEvent(i) {
14871      this.updateTextOffset(i.Data.text.Text, i.Type);
14872    }
14873    onVisemeMetadataReceived(i) {
14874      i.Data.AnimationChunk !== void 0 && (this.privPartialVisemeAnimation += i.Data.AnimationChunk);
14875    }
14876    onSessionEnd(i) {
14877      this.privAudioDuration = i.Data.Offset;
14878    }
14879    async constructSynthesisResult() {
14880      const i = await this.getAllReceivedAudioWithHeader();
14881      return new r.SpeechSynthesisResult(this.requestId, r.ResultReason.SynthesizingAudioCompleted, i, void 0, this.extraProperties, this.audioDuration);
14882    }
14883    dispose() {
14884      this.privIsDisposed || (this.privIsDisposed = !0);
14885    }
14886    onStopSynthesizing() {
14887      this.onComplete();
14888    }
14889    /**
14890     * Gets the viseme animation string (merged from animation chunk), and clears the internal
14891     * partial animation.
14892     */
14893    getAndClearVisemeAnimation() {
14894      const i = this.privPartialVisemeAnimation;
14895      return this.privPartialVisemeAnimation = "", i;
14896    }
14897    onEvent(i) {
14898      t.Events.instance.onEvent(i);
14899    }
14900    /**
14901     * Check if the text is an XML(SSML) tag
14902     * @param text
14903     * @private
14904     */
14905    static isXmlTag(i) {
14906      return i.length >= 2 && i[0] === "<" && i[i.length - 1] === ">";
14907    }
14908    updateTextOffset(i, o) {
14909      o === s.MetadataType.WordBoundary ? (this.privTextOffset = this.privRawText.indexOf(i, this.privNextSearchTextIndex), this.privTextOffset >= 0 && (this.privNextSearchTextIndex = this.privTextOffset + i.length, this.privIsSSML && this.withinXmlTag(this.privTextOffset) && !Mn.isXmlTag(i) && this.updateTextOffset(i, o))) : (this.privSentenceOffset = this.privRawText.indexOf(i, this.privNextSearchSentenceIndex), this.privSentenceOffset >= 0 && (this.privNextSearchSentenceIndex = this.privSentenceOffset + i.length, this.privIsSSML && this.withinXmlTag(this.privSentenceOffset) && !Mn.isXmlTag(i) && this.updateTextOffset(i, o)));
14910    }
14911    onComplete() {
14912      this.privIsSynthesizing && (this.privIsSynthesizing = !1, this.privIsSynthesisEnded = !0, this.privAudioOutputStream.close(), this.privInTurn = !1, this.privTurnAudioDestination !== void 0 && (this.privTurnAudioDestination.close(), this.privTurnAudioDestination = void 0));
14913    }
14914    async readAllAudioFromStream() {
14915      if (this.privIsSynthesisEnded) {
14916        this.privReceivedAudio = new ArrayBuffer(this.bytesReceived);
14917        try {
14918          await this.privAudioOutputStream.read(this.privReceivedAudio);
14919        } catch {
14920          this.privReceivedAudio = new ArrayBuffer(0);
14921        }
14922      }
14923    }
14924    /**
14925     * Check if current idx is in XML(SSML) tag
14926     * @param idx
14927     * @private
14928     */
14929    withinXmlTag(i) {
14930      return this.privRawText.indexOf("<", i + 1) > this.privRawText.indexOf(">", i + 1);
14931    }
14932  };
14933  return mr.SynthesisTurn = a, mr;
14934}
14935var Sr = {}, ua;
14936function Zl() {
14937  if (ua) return Sr;
14938  ua = 1, Object.defineProperty(Sr, "__esModule", { value: !0 }), Sr.SynthesisAdapterBase = void 0;
14939  const t = I(), e = R(), r = A(), s = xe;
14940  let p = class {
14941    constructor(n, i, o, c) {
14942      if (this.speakOverride = void 0, this.receiveMessageOverride = void 0, this.connectImplOverride = void 0, this.configConnectionOverride = void 0, this.privConnectionConfigurationPromise = void 0, !n)
14943        throw new t.ArgumentNullError("authentication");
14944      if (!i)
14945        throw new t.ArgumentNullError("connectionFactory");
14946      if (!o)
14947        throw new t.ArgumentNullError("synthesizerConfig");
14948      this.privAuthentication = n, this.privConnectionFactory = i, this.privSynthesizerConfig = o, this.privIsDisposed = !1, this.privSessionAudioDestination = c, this.privSynthesisTurn = new r.SynthesisTurn(), this.privConnectionEvents = new t.EventSource(), this.privServiceEvents = new t.EventSource(), this.privSynthesisContext = new r.SynthesisContext(), this.privAgentConfig = new r.AgentConfig(), this.connectionEvents.attach((u) => {
14949        if (u.name === "ConnectionClosedEvent") {
14950          const h = u;
14951          h.statusCode !== 1e3 && this.cancelSynthesisLocal(e.CancellationReason.Error, h.statusCode === 1007 ? e.CancellationErrorCode.BadRequestParameters : e.CancellationErrorCode.ConnectionFailure, `${h.reason} websocket error code: ${h.statusCode}`);
14952        }
14953      });
14954    }
14955    get synthesizerConfig() {
14956      return this.privSynthesizerConfig;
14957    }
14958    get synthesisContext() {
14959      return this.privSynthesisContext;
14960    }
14961    get agentConfig() {
14962      return this.privAgentConfig;
14963    }
14964    get connectionEvents() {
14965      return this.privConnectionEvents;
14966    }
14967    get serviceEvents() {
14968      return this.privServiceEvents;
14969    }
14970    set activityTemplate(n) {
14971      this.privActivityTemplate = n;
14972    }
14973    get activityTemplate() {
14974      return this.privActivityTemplate;
14975    }
14976    set audioOutputFormat(n) {
14977      this.privAudioOutputFormat = n, this.privSynthesisTurn.audioOutputFormat = n, this.privSessionAudioDestination !== void 0 && (this.privSessionAudioDestination.format = n), this.synthesisContext !== void 0 && (this.synthesisContext.audioOutputFormat = n);
14978    }
14979    isDisposed() {
14980      return this.privIsDisposed;
14981    }
14982    async dispose(n) {
14983      this.privIsDisposed = !0, this.privSessionAudioDestination !== void 0 && this.privSessionAudioDestination.close(), this.privConnectionConfigurationPromise !== void 0 && await (await this.privConnectionConfigurationPromise).dispose(n);
14984    }
14985    async connect() {
14986      await this.connectImpl();
14987    }
14988    async sendNetworkMessage(n, i) {
14989      const o = typeof i == "string" ? t.MessageType.Text : t.MessageType.Binary, c = typeof i == "string" ? "application/json" : "";
14990      return (await this.fetchConnection()).send(new s.SpeechConnectionMessage(o, n, this.privSynthesisTurn.requestId, c, i));
14991    }
14992    async Speak(n, i, o, c, u, h) {
14993      let d;
14994      if (i ? d = n : d = this.privSynthesizer.buildSsml(n), this.speakOverride !== void 0)
14995        return this.speakOverride(d, o, c, u);
14996      this.privSuccessCallback = c, this.privErrorCallback = u, this.privSynthesisTurn.startNewSynthesis(o, n, i, h);

14997      try {
14998        await this.connectImpl();
14999        const v = await this.fetchConnection();
15000        await this.sendSynthesisContext(v), await this.sendSsmlMessage(v, d, o), this.onSynthesisStarted(o), this.receiveMessage();
15001      } catch (v) {
15002        return this.cancelSynthesisLocal(e.CancellationReason.Error, e.CancellationErrorCode.ConnectionFailure, v), Promise.reject(v);
15003      }
15004    }
15005    async stopSpeaking() {
15006      return await this.connectImpl(), (await this.fetchConnection()).send(new s.SpeechConnectionMessage(t.MessageType.Text, "synthesis.control", this.privSynthesisTurn.requestId, "application/json", JSON.stringify({
15007        action: "stop"
15008      })));
15009    }
15010    // Cancels synthesis.
15011    cancelSynthesis(n, i, o, c) {
15012      const u = new e.PropertyCollection();
15013      u.setProperty(r.CancellationErrorCodePropertyName, e.CancellationErrorCode[o]);
15014      const h = new e.SpeechSynthesisResult(n, e.ResultReason.Canceled, void 0, c, u);
15015      if (this.onSynthesisCancelled(h), this.privSuccessCallback)
15016        try {
15017          this.privSuccessCallback(h);
15018        } catch {
15019        }
15020    }
15021    // Cancels synthesis.
15022    cancelSynthesisLocal(n, i, o) {
15023      this.privSynthesisTurn.isSynthesizing && (this.privSynthesisTurn.onStopSynthesizing(), this.cancelSynthesis(this.privSynthesisTurn.requestId, n, i, o));
15024    }
15025    // eslint-disable-next-line @typescript-eslint/no-unused-vars
15026    processTypeSpecificMessages(n) {
15027      return !0;
15028    }
15029    async receiveMessage() {
15030      try {
15031        const i = await (await this.fetchConnection()).read();
15032        if (this.receiveMessageOverride !== void 0)
15033          return this.receiveMessageOverride();
15034        if (this.privIsDisposed)
15035          return;
15036        if (!i)
15037          return this.privSynthesisTurn.isSynthesizing ? this.receiveMessage() : void 0;
15038        const o = s.SpeechConnectionMessage.fromConnectionMessage(i);
15039        if (o.requestId.toLowerCase() === this.privSynthesisTurn.requestId.toLowerCase())
15040          switch (o.path.toLowerCase()) {
15041            case "turn.start":
15042              this.privSynthesisTurn.onServiceTurnStartResponse(o.textBody);
15043              break;
15044            case "response":
15045              this.privSynthesisTurn.onServiceResponseMessage(o.textBody);
15046              break;
15047            case "audio":
15048              this.privSynthesisTurn.streamId.toLowerCase() === o.streamId.toLowerCase() && o.binaryBody && (this.privSynthesisTurn.onAudioChunkReceived(o.binaryBody), this.onSynthesizing(o.binaryBody), this.privSessionAudioDestination !== void 0 && this.privSessionAudioDestination.write(o.binaryBody));
15049              break;
15050            case "audio.metadata":
15051              const c = r.SynthesisAudioMetadata.fromJSON(o.textBody).Metadata;
15052              for (const h of c)
15053                switch (h.Type) {
15054                  case r.MetadataType.WordBoundary:
15055                  case r.MetadataType.SentenceBoundary:
15056                    this.privSynthesisTurn.onTextBoundaryEvent(h);
15057                    const d = new e.SpeechSynthesisWordBoundaryEventArgs(h.Data.Offset, h.Data.Duration, h.Data.text.Text, h.Data.text.Length, h.Type === r.MetadataType.WordBoundary ? this.privSynthesisTurn.currentTextOffset : this.privSynthesisTurn.currentSentenceOffset, h.Data.text.BoundaryType);
15058                    this.onWordBoundary(d);
15059                    break;
15060                  case r.MetadataType.Bookmark:
15061                    const v = new e.SpeechSynthesisBookmarkEventArgs(h.Data.Offset, h.Data.Bookmark);
15062                    this.onBookmarkReached(v);
15063                    break;
15064                  case r.MetadataType.Viseme:
15065                    if (this.privSynthesisTurn.onVisemeMetadataReceived(h), h.Data.IsLastAnimation) {
15066                      const f = new e.SpeechSynthesisVisemeEventArgs(h.Data.Offset, h.Data.VisemeId, this.privSynthesisTurn.getAndClearVisemeAnimation());
15067                      this.onVisemeReceived(f);
15068                    }
15069                    break;
15070                  case r.MetadataType.AvatarSignal:
15071                    this.onAvatarEvent(h);
15072                    break;
15073                  case r.MetadataType.SessionEnd:
15074                    this.privSynthesisTurn.onSessionEnd(h);
15075                    break;
15076                }
15077              break;
15078            case "turn.end":
15079              this.privSynthesisTurn.onServiceTurnEndResponse();
15080              let u;
15081              try {
15082                u = await this.privSynthesisTurn.constructSynthesisResult(), this.privSuccessCallback && this.privSuccessCallback(u);
15083              } catch (h) {
15084                this.privErrorCallback && this.privErrorCallback(h);
15085              }
15086              this.onSynthesisCompleted(u);
15087              break;
15088            default:
15089              this.processTypeSpecificMessages(o) || this.privServiceEvents && this.serviceEvents.onEvent(new t.ServiceEvent(o.path.toLowerCase(), o.textBody));
15090          }
15091        return this.receiveMessage();
15092      } catch {
15093      }
15094    }
15095    sendSynthesisContext(n) {
15096      this.setSynthesisContextSynthesisSection();
15097      const i = this.synthesisContext.toJSON();
15098      if (i)
15099        return n.send(new s.SpeechConnectionMessage(t.MessageType.Text, "synthesis.context", this.privSynthesisTurn.requestId, "application/json", i));
15100    }
15101    setSpeechConfigSynthesisSection() {
15102    }
15103    connectImpl(n = !1) {
15104      if (this.privConnectionPromise != null)
15105        return this.privConnectionPromise.then((o) => o.state() === t.ConnectionState.Disconnected ? (this.privConnectionId = null, this.privConnectionPromise = null, this.connectImpl()) : this.privConnectionPromise, () => (this.privConnectionId = null, this.privConnectionPromise = null, this.connectImpl()));
15106      this.privAuthFetchEventId = (0, t.createNoDashGuid)(), this.privConnectionId = (0, t.createNoDashGuid)(), this.privSynthesisTurn.onPreConnectionStart(this.privAuthFetchEventId);
15107      const i = n ? this.privAuthentication.fetchOnExpiry(this.privAuthFetchEventId) : this.privAuthentication.fetch(this.privAuthFetchEventId);
15108      return this.privConnectionPromise = i.then(async (o) => {
15109        this.privSynthesisTurn.onAuthCompleted(!1);
15110        const c = await this.privConnectionFactory.create(this.privSynthesizerConfig, o, this.privConnectionId);
15111        c.events.attach((h) => {
15112          this.connectionEvents.onEvent(h);
15113        });
15114        const u = await c.open();
15115        return u.statusCode === 200 ? (this.privSynthesisTurn.onConnectionEstablishCompleted(u.statusCode), Promise.resolve(c)) : u.statusCode === 403 && !n ? this.connectImpl(!0) : (this.privSynthesisTurn.onConnectionEstablishCompleted(u.statusCode), Promise.reject(`Unable to contact server. StatusCode: ${u.statusCode},
15116                    ${this.privSynthesizerConfig.parameters.getProperty(e.PropertyId.SpeechServiceConnection_Url)} Reason: ${u.reason}`));
15117      }, (o) => {
15118        throw this.privSynthesisTurn.onAuthCompleted(!0), new Error(o);
15119      }), this.privConnectionPromise.catch(() => {
15120      }), this.privConnectionPromise;
15121    }
15122    sendSpeechServiceConfig(n, i) {
15123      if (i)
15124        return n.send(new s.SpeechConnectionMessage(t.MessageType.Text, "speech.config", this.privSynthesisTurn.requestId, "application/json", i));
15125    }
15126    sendSsmlMessage(n, i, o) {
15127      return n.send(new s.SpeechConnectionMessage(t.MessageType.Text, "ssml", o, "application/ssml+xml", i));
15128    }
15129    async fetchConnection() {
15130      return this.privConnectionConfigurationPromise !== void 0 ? this.privConnectionConfigurationPromise.then((n) => n.state() === t.ConnectionState.Disconnected ? (this.privConnectionId = null, this.privConnectionConfigurationPromise = void 0, this.fetchConnection()) : this.privConnectionConfigurationPromise, () => (this.privConnectionId = null, this.privConnectionConfigurationPromise = void 0, this.fetchConnection())) : (this.privConnectionConfigurationPromise = this.configureConnection(), await this.privConnectionConfigurationPromise);
15131    }
15132    // Takes an established websocket connection to the endpoint and sends speech configuration information.
15133    async configureConnection() {
15134      const n = await this.connectImpl();
15135      return this.configConnectionOverride !== void 0 ? this.configConnectionOverride(n) : (this.setSpeechConfigSynthesisSection(), await this.sendSpeechServiceConfig(n, this.privSynthesizerConfig.SpeechServiceConfig.serialize()), n);
15136    }
15137    onAvatarEvent(n) {
15138    }
15139    onSynthesisStarted(n) {
15140    }
15141    onSynthesizing(n) {
15142    }
15143    onSynthesisCancelled(n) {
15144    }
15145    onSynthesisCompleted(n) {
15146    }
15147    onWordBoundary(n) {
15148    }
15149    onVisemeReceived(n) {
15150    }
15151    onBookmarkReached(n) {
15152    }
15153  };
15154  return Sr.SynthesisAdapterBase = p, p.telemetryDataEnabled = !0, Sr;
15155}
15156var Cr = {}, ha;
15157function $l() {
15158  if (ha) return Cr;
15159  ha = 1, Object.defineProperty(Cr, "__esModule", { value: !0 }), Cr.AvatarSynthesisAdapter = void 0;
15160  const t = R(), e = A();
15161  let r = class extends e.SynthesisAdapterBase {
15162    constructor(p, a, n, i, o) {
15163      super(p, a, n, void 0), this.privAvatarSynthesizer = i, this.privSynthesizer = i, this.privAvatarConfig = o;
15164    }
15165    setSynthesisContextSynthesisSection() {
15166      this.privSynthesisContext.setSynthesisSection(void 0);
15167    }
15168    setSpeechConfigSynthesisSection() {
15169      var a, n, i, o, c, u, h, d, v, f, m, S, l, g, C, y, P;
15170      const p = {
15171        background: {
15172          color: this.privAvatarConfig.backgroundColor,
15173          image: {
15174            url: (a = this.privAvatarConfig.backgroundImage) == null ? void 0 : a.toString()
15175          }
15176        },
15177        character: this.privAvatarConfig.character,
15178        customized: this.privAvatarConfig.customized,
15179        photoAvatarBaseModel: this.privAvatarConfig.photoAvatarBaseModel,
15180        style: this.privAvatarConfig.style,
15181        useBuiltInVoice: this.privAvatarConfig.useBuiltInVoice
15182      };
15183      this.privAvatarConfig.scene && (p.scene = {
15184        amplitude: this.privAvatarConfig.scene.amplitude,
15185        positionX: this.privAvatarConfig.scene.positionX,
15186        positionY: this.privAvatarConfig.scene.positionY,
15187        rotationX: this.privAvatarConfig.scene.rotationX,
15188        rotationY: this.privAvatarConfig.scene.rotationY,
15189        rotationZ: this.privAvatarConfig.scene.rotationZ,
15190        zoom: this.privAvatarConfig.scene.zoom
15191      }), this.privSynthesizerConfig.synthesisVideoSection = {
15192        format: {
15193          bitrate: (n = this.privAvatarConfig.videoFormat) == null ? void 0 : n.bitrate,
15194          codec: (i = this.privAvatarConfig.videoFormat) == null ? void 0 : i.codec,
15195          crop: {
15196            bottomRight: {
15197              x: (u = (c = (o = this.privAvatarConfig.videoFormat) == null ? void 0 : o.cropRange) == null ? void 0 : c.bottomRight) == null ? void 0 : u.x,
15198              y: (v = (d = (h = this.privAvatarConfig.videoFormat) == null ? void 0 : h.cropRange) == null ? void 0 : d.bottomRight) == null ? void 0 : v.y
15199            },
15200            topLeft: {
15201              x: (S = (m = (f = this.privAvatarConfig.videoFormat) == null ? void 0 : f.cropRange) == null ? void 0 : m.topLeft) == null ? void 0 : S.x,
15202              y: (C = (g = (l = this.privAvatarConfig.videoFormat) == null ? void 0 : l.cropRange) == null ? void 0 : g.topLeft) == null ? void 0 : C.y
15203            }
15204          },
15205          resolution: {
15206            height: (y = this.privAvatarConfig.videoFormat) == null ? void 0 : y.height,
15207            width: (P = this.privAvatarConfig.videoFormat) == null ? void 0 : P.width
15208          }
15209        },
15210        protocol: {
15211          name: "WebRTC",
15212          webrtcConfig: {
15213            clientDescription: btoa(this.privSynthesizerConfig.parameters.getProperty(t.PropertyId.TalkingAvatarService_WebRTC_SDP)),
15214            iceServers: this.privAvatarConfig.remoteIceServers ?? this.privAvatarSynthesizer.iceServers
15215          }
15216        },
15217        talkingAvatar: p
15218      };
15219    }
15220    onAvatarEvent(p) {
15221      if (this.privAvatarSynthesizer.avatarEventReceived) {
15222        const a = new t.AvatarEventArgs(p.Data.Offset, p.Data.Name);
15223        try {
15224          this.privAvatarSynthesizer.avatarEventReceived(this.privAvatarSynthesizer, a);
15225        } catch {
15226        }
15227      }
15228    }
15229  };
15230  return Cr.AvatarSynthesisAdapter = r, Cr;
15231}
15232var yr = {}, da;
15233function ef() {
15234  if (da) return yr;
15235  da = 1, Object.defineProperty(yr, "__esModule", { value: !0 }), yr.SpeechSynthesisAdapter = void 0;
15236  const t = R(), e = A();
15237  let r = class extends e.SynthesisAdapterBase {
15238    constructor(p, a, n, i, o) {
15239      super(p, a, n, o), this.privSpeechSynthesizer = i, this.privSynthesizer = i;
15240    }
15241    setSynthesisContextSynthesisSection() {
15242      this.privSynthesisContext.setSynthesisSection(this.privSpeechSynthesizer);
15243    }
15244    onSynthesisStarted(p) {
15245      const a = new t.SpeechSynthesisEventArgs(new t.SpeechSynthesisResult(p, t.ResultReason.SynthesizingAudioStarted));
15246      this.privSpeechSynthesizer.synthesisStarted && this.privSpeechSynthesizer.synthesisStarted(this.privSpeechSynthesizer, a);
15247    }
15248    onSynthesizing(p) {
15249      if (this.privSpeechSynthesizer.synthesizing)
15250        try {
15251          const a = this.privSynthesisTurn.audioOutputFormat.addHeader(p), n = new t.SpeechSynthesisEventArgs(new t.SpeechSynthesisResult(this.privSynthesisTurn.requestId, t.ResultReason.SynthesizingAudio, a));
15252          this.privSpeechSynthesizer.synthesizing(this.privSpeechSynthesizer, n);
15253        } catch {
15254        }
15255    }
15256    onSynthesisCancelled(p) {
15257      if (this.privSpeechSynthesizer.SynthesisCanceled) {
15258        const a = new t.SpeechSynthesisEventArgs(p);
15259        try {
15260          this.privSpeechSynthesizer.SynthesisCanceled(this.privSpeechSynthesizer, a);
15261        } catch {
15262        }
15263      }
15264    }
15265    onSynthesisCompleted(p) {
15266      if (this.privSpeechSynthesizer.synthesisCompleted)
15267        try {
15268          this.privSpeechSynthesizer.synthesisCompleted(this.privSpeechSynthesizer, new t.SpeechSynthesisEventArgs(p));
15269        } catch {
15270        }
15271    }
15272    onWordBoundary(p) {
15273      if (this.privSpeechSynthesizer.wordBoundary)
15274        try {
15275          this.privSpeechSynthesizer.wordBoundary(this.privSpeechSynthesizer, p);
15276        } catch {
15277        }
15278    }
15279    onVisemeReceived(p) {
15280      if (this.privSpeechSynthesizer.visemeReceived)
15281        try {
15282          this.privSpeechSynthesizer.visemeReceived(this.privSpeechSynthesizer, p);
15283        } catch {
15284        }
15285    }
15286    onBookmarkReached(p) {
15287      if (this.privSpeechSynthesizer.bookmarkReached)
15288        try {
15289          this.privSpeechSynthesizer.bookmarkReached(this.privSpeechSynthesizer, p);
15290        } catch {
15291        }
15292    }
15293  };
15294  return yr.SpeechSynthesisAdapter = r, yr;
15295}
15296var Pr = {}, va;
15297function tf() {
15298  if (va) return Pr;
15299  va = 1, Object.defineProperty(Pr, "__esModule", { value: !0 }), Pr.SynthesisRestAdapter = void 0;
15300  const t = re(), e = R(), r = Se(), s = Y;
15301  let p = class {
15302    constructor(n, i) {
15303      let o = n.parameters.getProperty(e.PropertyId.SpeechServiceConnection_Endpoint, void 0);
15304      if (!o) {
15305        const u = n.parameters.getProperty(e.PropertyId.SpeechServiceConnection_Region, "westus"), h = r.ConnectionFactoryBase.getHostSuffix(u);
15306        o = n.parameters.getProperty(e.PropertyId.SpeechServiceConnection_Host, `https://${u}.tts.speech${h}`);
15307      }
15308      this.privUri = `${o}/cognitiveservices/voices/list`;
15309      const c = t.RestConfigBase.requestOptions;
15310      this.privRestAdapter = new t.RestMessageAdapter(c), this.privAuthentication = i;
15311    }
15312    /**
15313     * Sends list voices request to endpoint.
15314     * @function
15315     * @public
15316     * @param connectionId - guid for connectionId
15317     * @returns {Promise<IRestResponse>} rest response to status request
15318     */
15319    getVoicesList(n) {
15320      return this.privRestAdapter.setHeaders(s.HeaderNames.ConnectionId, n), this.privAuthentication.fetch(n).then((i) => (this.privRestAdapter.setHeaders(i.headerName, i.token), this.privRestAdapter.request(t.RestRequestType.Get, this.privUri)));
15321    }
15322  };
15323  return Pr.SynthesisRestAdapter = p, Pr;
15324}
15325var An = {}, la;
15326function rf() {
15327  return la || (la = 1, function(t) {
15328    Object.defineProperty(t, "__esModule", { value: !0 }), t.SynthesizerConfig = t.SynthesisServiceType = void 0;
15329    const e = A();
15330    var r;
15331    (function(p) {
15332      p[p.Standard = 0] = "Standard", p[p.Custom = 1] = "Custom";
15333    })(r = t.SynthesisServiceType || (t.SynthesisServiceType = {}));
15334    class s {

15334
15335      constructor(a, n) {
15336        this.privSynthesisServiceType = r.Standard, this.avatarEnabled = !1, this.privSpeechServiceConfig = a || new e.SpeechServiceConfig(new e.Context(null)), this.privParameters = n;
15337      }
15338      get parameters() {
15339        return this.privParameters;
15340      }
15341      get synthesisServiceType() {
15342        return this.privSynthesisServiceType;
15343      }
15344      set synthesisServiceType(a) {
15345        this.privSynthesisServiceType = a;
15346      }
15347      set synthesisVideoSection(a) {
15348        this.privSpeechServiceConfig.Context.synthesis = {
15349          video: a
15350        };
15351      }
15352      get SpeechServiceConfig() {
15353        return this.privSpeechServiceConfig;
15354      }
15355      setContextFromJson(a) {
15356        const n = JSON.parse(a);
15357        n.system && (this.privSpeechServiceConfig.Context.system = n.system), n.os && (this.privSpeechServiceConfig.Context.os = n.os), n.audio && (this.privSpeechServiceConfig.Context.audio = n.audio), n.synthesis && (this.privSpeechServiceConfig.Context.synthesis = n.synthesis);
15358      }
15359    }
15360    t.SynthesizerConfig = s;
15361  }(An)), An;
15362}
15363var Rr = {}, fa;
15364function nf() {
15365  if (fa) return Rr;
15366  fa = 1, Object.defineProperty(Rr, "__esModule", { value: !0 }), Rr.SynthesisContext = void 0;
15367  const t = R();
15368  let e = class {
15369    constructor() {
15370      this.privContext = {};
15371    }
15372    /**
15373     * Adds a section to the synthesis.context object.
15374     * @param sectionName Name of the section to add.
15375     * @param value JSON serializable object that represents the value.
15376     */
15377    setSection(s, p) {
15378      this.privContext[s] = p;
15379    }
15380    /**
15381     * Sets the audio output format for synthesis context generation.
15382     * @param format {AudioOutputFormatImpl} the output format
15383     */
15384    set audioOutputFormat(s) {
15385      this.privAudioOutputFormat = s;
15386    }
15387    toJSON() {
15388      return JSON.stringify(this.privContext);
15389    }
15390    setSynthesisSection(s) {
15391      const p = this.buildSynthesisContext(s);
15392      this.setSection("synthesis", p);
15393    }
15394    buildSynthesisContext(s) {
15395      return {
15396        audio: {
15397          metadataOptions: {
15398            bookmarkEnabled: !!(s != null && s.bookmarkReached),
15399            punctuationBoundaryEnabled: s == null ? void 0 : s.properties.getProperty(t.PropertyId.SpeechServiceResponse_RequestPunctuationBoundary, !!(s != null && s.wordBoundary)),
15400            sentenceBoundaryEnabled: s == null ? void 0 : s.properties.getProperty(t.PropertyId.SpeechServiceResponse_RequestSentenceBoundary, !1),
15401            sessionEndEnabled: !0,
15402            visemeEnabled: !!(s != null && s.visemeReceived),
15403            wordBoundaryEnabled: s == null ? void 0 : s.properties.getProperty(t.PropertyId.SpeechServiceResponse_RequestWordBoundary, !!(s != null && s.wordBoundary))
15404          },
15405          outputFormat: this.privAudioOutputFormat.requestAudioFormatString
15406        },
15407        language: {
15408          autoDetection: s == null ? void 0 : s.autoDetectSourceLanguage
15409        }
15410      };
15411    }
15412  };
15413  return Rr.SynthesisContext = e, Rr;
15414}
15415var Gc = {};
15416(function(t) {
15417  Object.defineProperty(t, "__esModule", { value: !0 }), t.type = t.connectivity = t.Device = t.OS = t.System = t.Context = t.SpeechServiceConfig = void 0;
15418  class e {
15419    constructor(i) {
15420      this.context = i;
15421    }
15422    serialize() {
15423      return JSON.stringify(this, (i, o) => {
15424        if (o && typeof o == "object" && !Array.isArray(o)) {
15425          const c = {};
15426          for (const u in o)
15427            Object.hasOwnProperty.call(o, u) && (c[u && u.charAt(0).toLowerCase() + u.substring(1)] = o[u]);
15428          return c;
15429        }
15430        return o;
15431      });
15432    }
15433    get Context() {
15434      return this.context;
15435    }
15436    get Recognition() {
15437      return this.recognition;
15438    }
15439    set Recognition(i) {
15440      this.recognition = i.toLowerCase();
15441    }
15442  }
15443  t.SpeechServiceConfig = e;
15444  class r {
15445    constructor(i) {
15446      this.system = new s(), this.os = i;
15447    }
15448  }
15449  t.Context = r;
15450  class s {
15451    constructor() {
15452      const i = "1.48.0";
15453      this.name = "SpeechSDK", this.version = i, this.build = "JavaScript", this.lang = "JavaScript";
15454    }
15455  }
15456  t.System = s;
15457  class p {
15458    constructor(i, o, c) {
15459      this.platform = i, this.name = o, this.version = c;
15460    }
15461  }
15462  t.OS = p;
15463  class a {
15464    constructor(i, o, c) {
15465      this.manufacturer = i, this.model = o, this.version = c;
15466    }
15467  }
15468  t.Device = a, function(n) {
15469    n.Bluetooth = "Bluetooth", n.Wired = "Wired", n.WiFi = "WiFi", n.Cellular = "Cellular", n.InBuilt = "InBuilt", n.Unknown = "Unknown";
15470  }(t.connectivity || (t.connectivity = {})), function(n) {
15471    n.Phone = "Phone", n.Speaker = "Speaker", n.Car = "Car", n.Headset = "Headset", n.Thermostat = "Thermostat", n.Microphones = "Microphones", n.Deskphone = "Deskphone", n.RemoteControl = "RemoteControl", n.Unknown = "Unknown", n.File = "File", n.Stream = "Stream";
15472  }(t.type || (t.type = {}));
15473})(Gc);
15474var ga;
15475function A() {
15476  return ga || (ga = 1, function(t) {
15477    var e = k && k.__createBinding || (Object.create ? function(a, n, i, o) {
15478      o === void 0 && (o = i), Object.defineProperty(a, o, { enumerable: !0, get: function() {
15479        return n[i];
15480      } });
15481    } : function(a, n, i, o) {
15482      o === void 0 && (o = i), a[o] = n[i];
15483    }), r = k && k.__exportStar || function(a, n) {
15484      for (var i in a) i !== "default" && !Object.prototype.hasOwnProperty.call(n, i) && e(n, a, i);
15485    };

15486    Object.defineProperty(t, "__esModule", { value: !0 }), t.AutoDetectSourceLanguagesOpenRangeOptionName = t.ForceDictationPropertyName = t.ServicePropertiesPropertyName = t.CancellationErrorCodePropertyName = t.OutputFormatPropertyName = t.SpeechSynthesisAdapter = t.AvatarSynthesisAdapter = void 0, r(Jr, t), r(vi, t), r(Xe, t), r(Ba, t), r(qa, t), r(li, t), r(Zv(), t), r($v(), t), r(el(), t), r(jc, t), r(xi, t), r(rl(), t), r(il(), t), r(nl(), t), r(sl(), t), r(Tc(), t), r(ol(), t), r(Lc, t), r(al(), t), r(Wi, t), r(pl(), t), r(ul(), t), r(Hi, t), r(Ki, t), r(Ji, t), r(hl(), t), r(dl(), t), r(vl(), t), r(ll(), t), r(fl(), t), r(Vi, t), r(Qi, t), r(Xi, t), r(bl(), t), r($i, t), r(Vl(), t), r(is, t), r(Yl(), t), r(Zl(), t);
15487    var s = $l();
15488    Object.defineProperty(t, "AvatarSynthesisAdapter", { enumerable: !0, get: function() {
15489      return s.AvatarSynthesisAdapter;
15490    } });
15491    var p = ef();
15492    Object.defineProperty(t, "SpeechSynthesisAdapter", { enumerable: !0, get: function() {
15493      return p.SpeechSynthesisAdapter;
15494    } }), r(tf(), t), r(rf(), t), r(nf(), t), r(Gc, t), t.OutputFormatPropertyName = "OutputFormat", t.CancellationErrorCodePropertyName = "CancellationErrorCode", t.ServicePropertiesPropertyName = "ServiceProperties", t.ForceDictationPropertyName = "ForceDictation", t.AutoDetectSourceLanguagesOpenRangeOptionName = "UND";
15495  }(on)), on;
15496}
15497(function(t) {
15498  var e = k && k.__createBinding || (Object.create ? function(p, a, n, i) {
15499    i === void 0 && (i = n), Object.defineProperty(p, i, { enumerable: !0, get: function() {
15500      return a[n];
15501    } });
15502  } : function(p, a, n, i) {
15503    i === void 0 && (i = n), p[i] = a[n];
15504  }), r = k && k.__exportStar || function(p, a) {
15505    for (var n in p) n !== "default" && !Object.prototype.hasOwnProperty.call(a, n) && e(a, p, n);
15506  };
15507  Object.defineProperty(t, "__esModule", { value: !0 });
15508  const s = A();
15509  new s.AgentConfig(), r(R(), t);
15510})(On);
15511const sf = /* @__PURE__ */ Hp(On), lg = /* @__PURE__ */ Kp({
15512  __proto__: null,
15513  default: sf
15514}, [On]);
15515export {
15516  lg as m
15517};