// 1.js项目调用
window.GaoDe.getCurrentPosition(successCallback, failedCallback,option);
window.GaoDe.startSerialLocation(successCallback, failedCallback,option);
window.GaoDe.stopSerialLocation(successCallback, failedCallback);
// 2.ts/ionic项目调用。
(<any>window).GaoDe.getCurrentPosition(successCallback, failedCallback,option);
(<any>window).GaoDe.startSerialLocation(successCallback, failedCallback,option);
(<any>window).GaoDe.stopSerialLocation(successCallback, failedCallback);

//调用实例
getCurrentPosition() {
    let obj={
      androidOption:{
        locationMode:1,//定位精度 1.精确定位 2.仅设备定位模式；3.低功耗定位模式
        gpsFirst:false,//设置是否gps优先，只在高精度模式下有效。默认关闭
        HttpTimeOut:30000,//设置网络请求超时时间。默认为30秒。在仅设备模式下无效
        interval:2000,//设置定位间隔。默认为2秒 连续定位有效
        needAddress:true,//设置是否返回逆地理地址信息。默认是true
        onceLocation:false,//设置是否单次定位。默认是false
        onceLocationLatest:false,//设置是否等待wifi刷新，默认为false.如果设置为true,会自动变为单次定位，持续定位时不要使用
        locationProtocol:1,// 设置网络请求的协议。可选HTTP或者HTTPS。默认为HTTP。1.http 2.https
        sensorEnable:false,//设置是否使用传感器。默认是false
        wifiScan:true,//设置是否开启wifi扫描。默认为true，如果设置为false会同时停止主动刷新，停止以后完全依赖于系统刷新，定位位置可能存在误差
        locationCacheEnable:true//设置是否使用缓存定位，默认为true
      },
      iosOption:{
        desiredAccuracy:4,// 1。最适合导航用的定位  iOS4.0以后新增 2.精度最高的定位 3.定位精度在10米以内定位精度在10米以内 4.定位精度在100米以内 5.定位精度在1000米以内 6.3000m
        pausesLocationUpdatesAutomatically:"YES",//指定定位是否会被系统自动暂停。默认为NO。
        allowsBackgroundLocationUpdates:"NO",//是否允许后台定位。默认为NO。只在iOS 9.0及之后起作用。设置为YES的时候必须保证 Background Modes 中的 Location updates 处于选中状态，否则会抛出异常。由于iOS系统限制，需要在定位未开始之前或定位停止之后，修改该属性的值才会有效果。
        locationTimeout:10, //指定单次定位超时时间,默认为10s。最小值是2s。注意单次定位请求前设置。注意: 单次定位超时时间从确定了定位权限(非kCLAuthorizationStatusNotDetermined状态)后开始计算
        reGeocodeTimeout:5, //指定单次定位逆地理超时时间,默认为5s。最小值是2s。注意单次定位请求前设置。
        locatingWithReGeocode:"YES" //是否 启用逆地址定位 默认YES
      }
    };
    (<any>window).GaoDe.getCurrentPosition( (res) => {
      console.log(JSON.stringify(res));
    }, () => {

    },obj);
  }

startSerialLocation() {
    let obj={
      androidOption:{
        locationMode:1,
        gpsFirst:false,
        HttpTimeOut:30000,
        interval:2000,
        needAddress:true,
        onceLocation:false,
        onceLocationLatest:false,
        locationProtocol:1,
        sensorEnable:false,
        wifiScan:true,
        locationCacheEnable:true
      },
      iosOption:{
        pausesLocationUpdatesAutomatically:"YES",
        allowsBackgroundLocationUpdates:"NO",
        locatingWithReGeocode:"YES"
      }
    };
    (<any>window).GaoDe.startSerialLocation( (res) => {
      console.log(JSON.stringify(res));
    }, (e) => {

    },obj);
  }

//ionic 4+ 
import {
  GaoDeLocation,
  PositionOptions,
  LocationModeEnum,
  LocationProtocolEnum,
  DesiredAccuracyEnum,
  PositionRes
} from "@awesome-cordova-plugins/gao-de-location/ngx";
...

@NgModule({
  ...

  providers: [
    ...
    GaoDeLocation
    ...
  ]
  ...
})
export class AppModule { }

// app.component.ts
// ionic 4+ 
import {
  GaoDeLocation,
  PositionOptions,
  LocationModeEnum,
  LocationProtocolEnum,
  DesiredAccuracyEnum,
  PositionRes
} from "@awesome-cordova-plugins/gao-de-location/ngx";

@Component({ ... })
export class xxxComponent {
  //注入
  constructor(private gaoDeLocation: GaoDeLocation) {}
  //调用定位
  async getCurrentPosition() {
      const positionOptions: PositionOptions = {
        androidOption: {
          locationMode: LocationModeEnum.Hight_Accuracy,
          gpsFirst: false,
          HttpTimeOut: 30000,
          interval: 2000,
          needAddress: true,
          onceLocation: false,
          onceLocationLatest: false,
          locationProtocol: LocationProtocolEnum.HTTP,
          sensorEnable: false,
          wifiScan: true,
          locationCacheEnable: true
        }, iosOption: {
          desiredAccuracy: DesiredAccuracyEnum.kCLLocationAccuracyBest,
          pausesLocationUpdatesAutomatically: 'YES',
          allowsBackgroundLocationUpdates: 'NO',
          locationTimeout: 10,
          reGeocodeTimeout: 5,
        }
      };
      const positionRes: PositionRes = await this.gaoDeLocation.getCurrentPosition(positionOptions).catch((e: any) => {
        console.log(e);
      }) || null;
      console.log(JSON.stringify(positionRes));
    }
  
    startSerialLocation() {
      const positionOptions: PositionOptions = {
        androidOption: {
          locationMode: LocationModeEnum.Hight_Accuracy,
          gpsFirst: false,
          HttpTimeOut: 30000,
          interval: 2000,
          needAddress: true,
          onceLocation: false,
          onceLocationLatest: false,
          locationProtocol: LocationProtocolEnum.HTTP,
          sensorEnable: false,
          wifiScan: true,
          locationCacheEnable: true
        }, iosOption: {
          desiredAccuracy: DesiredAccuracyEnum.kCLLocationAccuracyBest,
          pausesLocationUpdatesAutomatically: 'YES',
          allowsBackgroundLocationUpdates: 'NO',
          locationTimeout: 10,
          reGeocodeTimeout: 5,
        }
      };
      this.gaoDeLocation.startSerialLocation(positionOptions).subscribe((positionRes: PositionRes) => {
        console.log(JSON.stringify(positionRes));
      });
    }
  
    stopSerialLocation() {
      const positionRes: any = this.gaoDeLocation.stopSerialLocation().catch((e) => {
        console.log(e);
      }) || null;
      console.log(JSON.stringify(positionRes));
    }
}