isAvailable_export.js

__d(function (g, r, i, a, m, e, d) {
  var t = r(d[0]);
  Object.defineProperty(e, "__esModule", {
    value: !0
  }), e.default = void 0;
  var o = r(d[1]),
    n = r(d[2]),
    l = r(d[3]),
    c = t(r(d[4])),
    s = o.NativeModules.Gyroscope,
    u = o.NativeModules.Accelerometer,
    b = o.NativeModules.Magnetometer,
    v = o.NativeModules.Barometer,
    p = new Map([
      ["accelerometer", "Accelerometer"],
      ["gyroscope", "Gyroscope"],
      ["magnetometer", "Magnetometer"],
      ["barometer", "Barometer"]
    ]),
    f = new Map([
      ["accelerometer", u],
      ["gyroscope", s],
      ["magnetometer", b],
      ["barometer", v]
    ]),
    M = new Map([
      ["accelerometer", null],
      ["gyroscope", null],
      ["magnetometer", null],
      ["barometer", null]
    ]);

  function y(t) {
    return n.Observable.create(function (n) {
      var l = this;
      return this.isSensorAvailable = !1, this.unsubscribeCallback = function () {
        l.isSensorAvailable && (M.get(t) && M.get(t).remove(), c.stop(t))
      }, c.isAvailable(t).then(function () {
        l.isSensorAvailable = !0;
        var s = new o.NativeEventEmitter(f.get(t));
        M.set(t, s.addListener(p.get(t), function (t) {
          n.next(t)
        })), c.start(t)
      }, function () {
        n.error("Sensor " + t + " is not available")
      }), this.unsubscribeCallback
    }).pipe(function (t) {
      return t.pipe((0, l.publish)(), (0, l.refCount)())
    })
  }
  var h = y("accelerometer"),
    A = {
      gyroscope: y("gyroscope"),
      accelerometer: h,
      magnetometer: y("magnetometer"),
      barometer: y("barometer")
    };
  e.default = A
}, 1042, [19, 12, 1043, 791, 1063]);