AmapLocationFluttifyIOSIs<T> function

Implementation

@optionalTypeArgs
Future<bool> AmapLocationFluttifyIOSIs<T>(dynamic __this__) async {
  final typeName = T.toString();
  if (RegExp(r'^(List<)?(String|int|double)(>)?|(Map<String,(String|int|double)>)$').hasMatch(typeName)) {
    return __this__ is T;
  }
  else if (T == AMapGeoFenceManager) {
    final result = await kAmapLocationFluttifyChannel.invokeMethod('RefClass::isKindOfAMapGeoFenceManager', {'__this__': __this__});
    return result;
  } else if (T == AMapGeoFenceManagerDelegate) {
    final result = await kAmapLocationFluttifyChannel.invokeMethod('RefClass::isKindOfAMapGeoFenceManagerDelegate', {'__this__': __this__});
    return result;
  } else if (T == AMapLocationRegion) {
    final result = await kAmapLocationFluttifyChannel.invokeMethod('RefClass::isKindOfAMapLocationRegion', {'__this__': __this__});
    return result;
  } else if (T == AMapLocationCircleRegion) {
    final result = await kAmapLocationFluttifyChannel.invokeMethod('RefClass::isKindOfAMapLocationCircleRegion', {'__this__': __this__});
    return result;
  } else if (T == AMapLocationPolygonRegion) {
    final result = await kAmapLocationFluttifyChannel.invokeMethod('RefClass::isKindOfAMapLocationPolygonRegion', {'__this__': __this__});
    return result;
  } else if (T == AMapGeoFenceRegion) {
    final result = await kAmapLocationFluttifyChannel.invokeMethod('RefClass::isKindOfAMapGeoFenceRegion', {'__this__': __this__});
    return result;
  } else if (T == AMapGeoFenceCircleRegion) {
    final result = await kAmapLocationFluttifyChannel.invokeMethod('RefClass::isKindOfAMapGeoFenceCircleRegion', {'__this__': __this__});
    return result;
  } else if (T == AMapGeoFencePolygonRegion) {
    final result = await kAmapLocationFluttifyChannel.invokeMethod('RefClass::isKindOfAMapGeoFencePolygonRegion', {'__this__': __this__});
    return result;
  } else if (T == AMapGeoFencePOIRegion) {
    final result = await kAmapLocationFluttifyChannel.invokeMethod('RefClass::isKindOfAMapGeoFencePOIRegion', {'__this__': __this__});
    return result;
  } else if (T == AMapGeoFenceDistrictRegion) {
    final result = await kAmapLocationFluttifyChannel.invokeMethod('RefClass::isKindOfAMapGeoFenceDistrictRegion', {'__this__': __this__});
    return result;
  } else if (T == AMapLocationManager) {
    final result = await kAmapLocationFluttifyChannel.invokeMethod('RefClass::isKindOfAMapLocationManager', {'__this__': __this__});
    return result;
  } else if (T == AMapLocationManagerDelegate) {
    final result = await kAmapLocationFluttifyChannel.invokeMethod('RefClass::isKindOfAMapLocationManagerDelegate', {'__this__': __this__});
    return result;
  } else if (T == AMapLocationReGeocode) {
    final result = await kAmapLocationFluttifyChannel.invokeMethod('RefClass::isKindOfAMapLocationReGeocode', {'__this__': __this__});
    return result;
  } else if (T == AMapLocationPoint) {
    final result = await kAmapLocationFluttifyChannel.invokeMethod('RefClass::isKindOfAMapLocationPoint', {'__this__': __this__});
    return result;
  } else if (T == AMapLocationPOIItem) {
    final result = await kAmapLocationFluttifyChannel.invokeMethod('RefClass::isKindOfAMapLocationPOIItem', {'__this__': __this__});
    return result;
  } else if (T == AMapLocationDistrictItem) {
    final result = await kAmapLocationFluttifyChannel.invokeMethod('RefClass::isKindOfAMapLocationDistrictItem', {'__this__': __this__});
    return result;
  } else if (T == CLLocation) {
    final result = await kAmapLocationFluttifyChannel.invokeMethod('RefClass::isKindOfCLLocation', {'__this__': __this__});
    return result;
  } else if (T == CLHeading) {
    final result = await kAmapLocationFluttifyChannel.invokeMethod('RefClass::isKindOfCLHeading', {'__this__': __this__});
    return result;
  } else if (T == CGRect) {
    final result = await kAmapLocationFluttifyChannel.invokeMethod('RefClass::isKindOfCGRect', {'__this__': __this__});
    return result;
  } else if (T == CGPoint) {
    final result = await kAmapLocationFluttifyChannel.invokeMethod('RefClass::isKindOfCGPoint', {'__this__': __this__});
    return result;
  } else if (T == CGSize) {
    final result = await kAmapLocationFluttifyChannel.invokeMethod('RefClass::isKindOfCGSize', {'__this__': __this__});
    return result;
  } else if (T == UIEdgeInsets) {
    final result = await kAmapLocationFluttifyChannel.invokeMethod('RefClass::isKindOfUIEdgeInsets', {'__this__': __this__});
    return result;
  } else if (T == CLLocationCoordinate2D) {
    final result = await kAmapLocationFluttifyChannel.invokeMethod('RefClass::isKindOfCLLocationCoordinate2D', {'__this__': __this__});
    return result;
  } else if (T == CLLocationManager) {
    final result = await kAmapLocationFluttifyChannel.invokeMethod('RefClass::isKindOfCLLocationManager', {'__this__': __this__});
    return result;
  } else if (T == NSError) {
    final result = await kAmapLocationFluttifyChannel.invokeMethod('RefClass::isKindOfNSError', {'__this__': __this__});
    return result;
  } else if (T == NSCoding) {
    final result = await kAmapLocationFluttifyChannel.invokeMethod('RefClass::isKindOfNSCoding', {'__this__': __this__});
    return result;
  } else if (T == NSCopying) {
    final result = await kAmapLocationFluttifyChannel.invokeMethod('RefClass::isKindOfNSCopying', {'__this__': __this__});
    return result;
  } else if (T == NSMutableCopying) {
    final result = await kAmapLocationFluttifyChannel.invokeMethod('RefClass::isKindOfNSMutableCopying', {'__this__': __this__});
    return result;
  } else if (T == UIView) {
    final result = await kAmapLocationFluttifyChannel.invokeMethod('RefClass::isKindOfUIView', {'__this__': __this__});
    return result;
  } else if (T == UIViewController) {
    final result = await kAmapLocationFluttifyChannel.invokeMethod('RefClass::isKindOfUIViewController', {'__this__': __this__});
    return result;
  } else if (T == UIControl) {
    final result = await kAmapLocationFluttifyChannel.invokeMethod('RefClass::isKindOfUIControl', {'__this__': __this__});
    return result;
  } else if (T == UIImage) {
    final result = await kAmapLocationFluttifyChannel.invokeMethod('RefClass::isKindOfUIImage', {'__this__': __this__});
    return result;
  } else if (T == UIImageView) {
    final result = await kAmapLocationFluttifyChannel.invokeMethod('RefClass::isKindOfUIImageView', {'__this__': __this__});
    return result;
  } else if (T == UIColor) {
    final result = await kAmapLocationFluttifyChannel.invokeMethod('RefClass::isKindOfUIColor', {'__this__': __this__});
    return result;
  } else if (T == NSData) {
    final result = await kAmapLocationFluttifyChannel.invokeMethod('RefClass::isKindOfNSData', {'__this__': __this__});
    return result;
  } else if (T == NSDate) {
    final result = await kAmapLocationFluttifyChannel.invokeMethod('RefClass::isKindOfNSDate', {'__this__': __this__});
    return result;
  } else if (T == NSOperation) {
    final result = await kAmapLocationFluttifyChannel.invokeMethod('RefClass::isKindOfNSOperation', {'__this__': __this__});
    return result;
  }
  else {
    return false;
  }
}