@sumsub/fisherman/dist/fisherman.js

The Sumsub Fisherman is a powerful tool that helps developers integrate fraud detection capabilities into their applications. With Fisherman, you can easily identify and prevent fraudulent activities within your system, providing a safer and more secure e

import j from "fingerprintjs2";
import Ie from "detectincognitojs";
function Z() {
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}
function Te() {
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const xe = "crypto" in window && "randomUUID" in window.crypto;
function De() {
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}
function Se() {
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}
const Re = {
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  message: "Token is invalid, make sure you generate a new one each time, because the old ones are invalidated upon usage"
};
async function Ae(e, n, t, r, i) {
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}
async function Ue({
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function ke(e) {
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function Le(e) {
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}
function Fe(e, n = {}, t = !0) {
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}
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function re() {
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async function ie() {
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function H() {
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}
async function $e() {
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    N(e);
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}
async function Be(e) {
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}
async function qe(e, n) {
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}
async function oe(e) {
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function N(e) {
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const ae = "focus";
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}
const He = [
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];
function Ge(e) {
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}
function Ze(e) {
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function en(e) {
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const se = ["keydown", "keyup"], ue = ["mousemove", "mousedown"], de = ["paste", "focusin", "change", ...ue, ...se];
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function rn({ key: e }) {
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function G(e) {
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function on() {
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function an() {
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const le = "deviceorientation";
let S;
function cn(e) {
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}
async function sn() {
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function pe() {
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const un = "not available", dn = [
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  "colorDepth",
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  "hardwareConcurrency",
  "timezoneOffset",
  "timezone",
  "sessionStorage",
  "localStorage",
  "indexedDb",
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  "plugins",
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}, he = (e) => j.x64hash128(e, 31), yn = (e) => {
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async function J(e) {
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async function mn(e) {
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function vn() {
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function P() {
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async function bn(e) {
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async function En() {
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async function In() {
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const Sn = "notDetected";
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async function An() {
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const ye = "navigate";
let A, q;
var Q;
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function Pn() {
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function kn(e, n) {
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}
async function Wn(e) {
  if (v)
    return await zn();
  let n, t;
  try {
    if (!_)
      throw new Error("Device Intelligence feature is not enabled");
    const r = await _.get({
      timeout: 3e4,
      linkedId: e == null ? void 0 : e.linkedId
    });
    n = r.visitorId, t = r.requestId, await oe({
      fpVisitorId: n,
      fpRequestId: t
    });
  } catch {
    console.log("Device Intelligence feature is not enabled");
  }
  return { visitorId: n };
}
async function zn() {
  var t, r;
  const e = { visitorId: (t = v == null ? void 0 : v.conf) == null ? void 0 : t.visitorId };
  if (!v)
    return e;
  const n = { ...v };
  if (!((r = n.conf) != null && r.requestId)) {
    const i = `simulated-${Math.random().toString(36).substring(2, 10)}`;
    n.conf = {
      ...n.conf,
      requestId: i
    };
  }
  try {
    await oe({
      fpSimulation: n
    });
  } catch {
    console.error("Simulation error");
  }
  return e;
}
const Jn = () => {
  _ = void 0, v = void 0;
};
let K, Y = !1;
async function Zn(e) {
  let n = !1;
  if (!K) {
    K = !0, ke(e);
    const t = await Xn(e.token, e.simulationConfig);
    n = t.isDeviceIntelligenceEnabled, Y = t.behavioralDataEnabled, Le(t.eventsRelUrl), _e(t.fpReqRelUrl), Y && (await An(), Ke(), On(), on());
  }
  return {
    isDeviceIntelligenceEnabled: n,
    async fingerprint(t) {
      return Wn(t);
    }
  };
}
function et() {
  pe(), Ce(), Nn(), an(), je(), Jn(), K = !1;
}
function nt(e) {
  N(e);
}
export {
  et as destroy,
  Zn as init,
  nt as updateAccessToken
};