如何模拟Android活动的用户移动？

我必须在android手机处于移动状态时测试它，但手机仍处于测试阶段。是否有一种方法（或应用程序）来模拟活动移动

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有点像假GPS，只是它是假动作

是的，下面的一个肯定很好用：

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希望这会有所帮助。

是的，下面的一个肯定能很好地工作：

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希望这会有所帮助。

您可以使用新的模拟器来模拟GPS读数。单击emulator工具栏上的三个点，单击location，然后可以添加要模拟的位置，或者提供模拟将遵循的GPX/KML文件。您可以使用新emulator模拟GPS读数。单击emulator工具栏上的三个点，单击location，然后您可以添加要模拟的位置，或者提供模拟将遵循的GPX/KML文件。如上所述，Android emulator允许您模拟来自车载设备（如GPS、加速计、陀螺仪等）的测量

如果希望在测试期间以编程方式模拟应用程序中的位置，可以将

mock_位置

权限添加到登台环境的

AndroidManifest.xml

：

然后定义一个模拟位置服务，该服务可以作为线程任务执行，如下所示：

import android.content.Context;
import android.location.Location;
import android.location.LocationManager;

import java.util.Random;

/** A class that mocks Location data in Android. */
public final class MockLocationProvider implements Runnable {

/* Member Variables. */
private final String  mProviderName;
private final Context mContext;
private final long    mBeaconPeriod;
private       double  mLatitude;
private       double  mLongitude;
private       double  mAltitude;
private       float   mAccuracy;
private       boolean mRunning;

/** Constructor. */
public MockLocationProvider(final String pProviderName, final Context pContext, final long pBeaconPeriod) {
    // Initialize Member Variables.
    this.mProviderName = pProviderName;
    this.mContext      = pContext;
    this.mBeaconPeriod = pBeaconPeriod;
    this.mLatitude     = 0.0;
    this.mLongitude    = 0.0;
    this.mAltitude     = 0.0;
    this.mAccuracy     = 0.0f;
    this.mRunning      = false;
}

/** Sets up the Mock Location Provider. */
public final void open() {
    // Fetch the LocationManager.
    final LocationManager lLocationManager = (LocationManager) this.getContext().getSystemService(Context.LOCATION_SERVICE);
    // Register ourself as a TestProdier.
    lLocationManager.addTestProvider(this.getProviderName(), false, false, false, false, false, true, true, 0, 5);
    // Enable the transmission of mock locations.
    lLocationManager.setTestProviderEnabled(this.getProviderName(), true);
    // Assert that we're running.
    this.mRunning = true;
}

@Override
public void run() {
    // Are we still running?
    if(this.isRunning()) {
        // Publish the current location.
        this.publishLocation(this.getLatitude(), this.getLongitude(), this.getAlitude(), this.getAccuracy());
        // Sleep for the BeaconPeriod.
        try { Thread.sleep(this.getBeaconPeriod()); } catch (final InterruptedException pInterruptedException) { pInterruptedException.printStackTrace(); }
        // Run again.
        this.run();
    }
}

// Update the local parameters. (With a random accuracy between 10 and 15 meters.)
public final void setLocation(final double pLatitude, final double pLongitude, final double pAltitude) throws Exception {
    // Allocate a random Accuracy, in meters. (Range: 5m <= n < 15m).
    final float lAccuracy = (10.0f * (new Random()).nextFloat()) + 5.0f;
    // Update the member variables.
    this.setLocation(pLatitude, pLongitude, pAltitude, lAccuracy);
}

// Update the local parameters.
public final void setLocation(final double pLatitude, final double pLongitude, final double pAltitude, final float pAccuracy) throws Exception {
    // Update the member variables.
    this.mLatitude  = pLatitude;
    this.mLongitude = pLongitude;
    this.mAltitude  = pAltitude;
    this.mAccuracy  = pAccuracy;
    // Wait a period.
    Thread.sleep(this.getBeaconPeriod());
}

/** Publishes a mock location to the device. */
public final void publishLocation(final double pLatitude, final double pLongitude, final double pAltitude, final float pAccuracyMeters) {
    // Fetch the LocationManager.
    final LocationManager lLocationManager = (LocationManager) this.getContext().getSystemService(Context.LOCATION_SERVICE);
    // Allocate a Location.
    final Location lLocation = new Location(this.getProviderName());
    // Configure the Location Metrics.
    lLocation.setLatitude(pLatitude);
    lLocation.setLongitude(pLongitude);
    lLocation.setAltitude(pAltitude);
    lLocation.setAccuracy(pAccuracyMeters);
    lLocation.setElapsedRealtimeNanos(System.nanoTime());
    // Use the CurrentTimeMillis as the Location.
    lLocation.setTime(System.currentTimeMillis());
    // Mock the location.
    lLocationManager.setTestProviderLocation(this.getProviderName(), lLocation);
}

/** Closes the down the Mock Provider. */
public final void close() throws Exception {
    // Stop running.
    this.setRunning(false);
    // Wait for the last beacon.
    Thread.sleep(this.getBeaconPeriod());
    // Fetch the LocationManager.
    final LocationManager lLocationManager = (LocationManager) this.getContext().getSystemService(Context.LOCATION_SERVICE);
    // Remove ourself as the Test Provider.
    lLocationManager.removeTestProvider(this.getProviderName());
}



private final String getProviderName() {
    return this.mProviderName;
}

private final Context getContext() {
    return this.mContext;
}

private final long getBeaconPeriod() {
    return this.mBeaconPeriod;
}

public final double getLongitude() {
    return this.mLongitude;
}

public final double getLatitude() {
    return this.mLatitude;
}

public final double getAlitude() {
    return this.mAltitude;
}

public final float getAccuracy() {
    return this.mAccuracy;
}

private final void setRunning(final boolean pIsRunning) {
    this.mRunning = pIsRunning;
}

public final boolean isRunning() {
    return this.mRunning;
}

}

导入android.content.Context；
导入android.location.location；
导入android.location.LocationManager；
导入java.util.Random；
/**在Android中模拟位置数据的类*/
公共最终类MockLocationProvider实现Runnable{
/*成员变量*/
私有最终字符串mProviderName；
私有最终上下文mContext；
私人最终长期合同；
私人双重国籍；
私人双重身份；
私人双重虐待；
私人浮动错误；
私有布尔运算；
/**构造器*/
公共MockLocationProvider（最终字符串pProviderName、最终上下文pContext、最终长pBeaconPeriod）{
//初始化成员变量。
this.mProviderName=pProviderName；
this.mContext=pContext；
this.mBeaconPeriod=pBeaconPeriod；
这是0.m坡度=0.0；
该长度=0.0；
该值为0.0；
此点精度=0.0f；
this.mRunning=false；
}
/**设置模拟位置提供程序*/
公开最终作废公开（）{
//取LocationManager。
final LocationManager lLocationManager=（LocationManager）this.getContext（）.getSystemService（Context.LOCATION\u服务）；
//将自己注册为TestProdier。
lLocationManager.addTestProvider（this.getProviderName（），false，false，false，false，true，true，0，5）；
//启用模拟位置的传输。
lLocationManager.setTestProviderEnabled（this.getProviderName（），true）；
//断言我们正在运行。
this.mRunning=true；
}
@凌驾
公开募捐{
//我们还在跑吗？
if（this.isRunning（））{
//发布当前位置。
this.publishLocation（this.getLatitude（）、this.getLatitude（）、this.getAlitude（）、this.getAccurance（））；
//在海滩期睡觉。
尝试{Thread.sleep（this.getBeaconPeriod（））；}catch（final InterruptedException pInterruptedException）{pInterruptedException.printStackTrace（）；}
//再跑一次。
这个。run（）；
}
}
//更新本地参数。（随机精度在10到15米之间。）
公共最终void setLocation（最终双重陈词滥调、最终双重pLongitude、最终双重pAltitude）抛出异常{
//分配一个以米为单位的随机精度。（范围：5m如上所述，Android仿真器使您能够模拟来自车载设备（如GPS、加速计、陀螺仪等）的测量

如果希望在测试期间以编程方式模拟应用程序中的位置，可以将
mock_位置
权限添加到登台环境的
AndroidManifest.xml
：


然后定义一个模拟位置服务，该服务可以作为线程任务执行，如下所示：

import android.content.Context;
import android.location.Location;
import android.location.LocationManager;

import java.util.Random;

/** A class that mocks Location data in Android. */
public final class MockLocationProvider implements Runnable {

/* Member Variables. */
private final String  mProviderName;
private final Context mContext;
private final long    mBeaconPeriod;
private       double  mLatitude;
private       double  mLongitude;
private       double  mAltitude;
private       float   mAccuracy;
private       boolean mRunning;

/** Constructor. */
public MockLocationProvider(final String pProviderName, final Context pContext, final long pBeaconPeriod) {
    // Initialize Member Variables.
    this.mProviderName = pProviderName;
    this.mContext      = pContext;
    this.mBeaconPeriod = pBeaconPeriod;
    this.mLatitude     = 0.0;
    this.mLongitude    = 0.0;
    this.mAltitude     = 0.0;
    this.mAccuracy     = 0.0f;
    this.mRunning      = false;
}

/** Sets up the Mock Location Provider. */
public final void open() {
    // Fetch the LocationManager.
    final LocationManager lLocationManager = (LocationManager) this.getContext().getSystemService(Context.LOCATION_SERVICE);
    // Register ourself as a TestProdier.
    lLocationManager.addTestProvider(this.getProviderName(), false, false, false, false, false, true, true, 0, 5);
    // Enable the transmission of mock locations.
    lLocationManager.setTestProviderEnabled(this.getProviderName(), true);
    // Assert that we're running.
    this.mRunning = true;
}

@Override
public void run() {
    // Are we still running?
    if(this.isRunning()) {
        // Publish the current location.
        this.publishLocation(this.getLatitude(), this.getLongitude(), this.getAlitude(), this.getAccuracy());
        // Sleep for the BeaconPeriod.
        try { Thread.sleep(this.getBeaconPeriod()); } catch (final InterruptedException pInterruptedException) { pInterruptedException.printStackTrace(); }
        // Run again.
        this.run();
    }
}

// Update the local parameters. (With a random accuracy between 10 and 15 meters.)
public final void setLocation(final double pLatitude, final double pLongitude, final double pAltitude) throws Exception {
    // Allocate a random Accuracy, in meters. (Range: 5m <= n < 15m).
    final float lAccuracy = (10.0f * (new Random()).nextFloat()) + 5.0f;
    // Update the member variables.
    this.setLocation(pLatitude, pLongitude, pAltitude, lAccuracy);
}

// Update the local parameters.
public final void setLocation(final double pLatitude, final double pLongitude, final double pAltitude, final float pAccuracy) throws Exception {
    // Update the member variables.
    this.mLatitude  = pLatitude;
    this.mLongitude = pLongitude;
    this.mAltitude  = pAltitude;
    this.mAccuracy  = pAccuracy;
    // Wait a period.
    Thread.sleep(this.getBeaconPeriod());
}

/** Publishes a mock location to the device. */
public final void publishLocation(final double pLatitude, final double pLongitude, final double pAltitude, final float pAccuracyMeters) {
    // Fetch the LocationManager.
    final LocationManager lLocationManager = (LocationManager) this.getContext().getSystemService(Context.LOCATION_SERVICE);
    // Allocate a Location.
    final Location lLocation = new Location(this.getProviderName());
    // Configure the Location Metrics.
    lLocation.setLatitude(pLatitude);
    lLocation.setLongitude(pLongitude);
    lLocation.setAltitude(pAltitude);
    lLocation.setAccuracy(pAccuracyMeters);
    lLocation.setElapsedRealtimeNanos(System.nanoTime());
    // Use the CurrentTimeMillis as the Location.
    lLocation.setTime(System.currentTimeMillis());
    // Mock the location.
    lLocationManager.setTestProviderLocation(this.getProviderName(), lLocation);
}

/** Closes the down the Mock Provider. */
public final void close() throws Exception {
    // Stop running.
    this.setRunning(false);
    // Wait for the last beacon.
    Thread.sleep(this.getBeaconPeriod());
    // Fetch the LocationManager.
    final LocationManager lLocationManager = (LocationManager) this.getContext().getSystemService(Context.LOCATION_SERVICE);
    // Remove ourself as the Test Provider.
    lLocationManager.removeTestProvider(this.getProviderName());
}



private final String getProviderName() {
    return this.mProviderName;
}

private final Context getContext() {
    return this.mContext;
}

private final long getBeaconPeriod() {
    return this.mBeaconPeriod;
}

public final double getLongitude() {
    return this.mLongitude;
}

public final double getLatitude() {
    return this.mLatitude;
}

public final double getAlitude() {
    return this.mAltitude;
}

public final float getAccuracy() {
    return this.mAccuracy;
}

private final void setRunning(final boolean pIsRunning) {
    this.mRunning = pIsRunning;
}

public final boolean isRunning() {
    return this.mRunning;
}

}

导入android.content.Context；
导入android.location.location；
导入android.location.LocationManager；
导入java.util.Random；
/**在Android中模拟位置数据的类*/
公共最终类MockLocationProvider实现Runnable{
/*成员变量*/
私有最终字符串mProviderName；
私有最终上下文mContext；
私人最终长期合同；
私人双重国籍；
私人双重身份；
私人双重虐待；
私人浮动错误；
私有布尔运算；
/**构造器*/
公共MockLocationProvider（最终字符串pProviderName、最终上下文pContext、最终长pBeaconPeriod）{
//初始化成员变量。
this.mProviderName=pProviderName；
this.mContext=pContext；
this.mBeaconPeriod=pBeaconPeriod；
这是0.m坡度=0.0；
该长度=0.0；
该值为0.0；
此点精度=0.0f；
this.mRunning=false；
}
/**设置模拟位置提供程序*/
公开最终作废公开（）{
//取LocationManager。
final LocationManager lLocationManager=（LocationManager）this.getContext（）.getSystemService（Context.LOCATION\u服务）；
//将自己注册为TestProdier。
lLocationManager.addTestProvider（this.getProviderName（），false，false，false，false，true，true，0，5）；
//启用模拟位置的传输。
lLocationManager.setTestProviderEnabled（this.getProviderName（），true）；
//断言我们正在运行。
this.mRunning=true；
}
@凌驾
公开募捐{
//我们还在跑吗？
if（this.isRunning（））{
//发布当前位置。
this.publishLocation（this.getLatitude（）、this.getLatitude（）、this.getAlitude（）、this.getAccurance（））；
//在海滩期睡觉。
试试{Thread.sleep