Mobile code samples (Java SDK)

Tap a button on a mobile device

This example taps a button on an AUT and verifies that the required string is displayed in an edit field.

                
                
                    @Test
public void mobileButtonTest() throws Exception {
	// Lock device by its UFT Mobile name.
	Device device = MobileLab.lockDeviceByName("MyDevice");

	// Describe the AUT.
	Application app = device.describe(Application.class, new ApplicationDescription.Builder()
		.identifier("com.sample.UICatalog").build());

	// Launch or restart the app.
	app.restart();

	// Describe the table in the app's front screen.
	// Select the 15th item in the table to open a screen with a button.
	app.describe(Table.class, new TableDescription.Builder().className("Table").resourceId("list").build()).select(14); // Index is 0-based.

	// Describe a button in the application.
	Button button = app.describe(Button.class, new ButtonDescription.Builder()
		.className("Button")
		.resourceId("button1")
		.text("Tap Me").build());

	// Tap the button to change the text in an EditField to "You Tapped Me".
	button.tap();

	// Describe the EditField.
	EditField editField = app.describe(EditField.class, new EditFieldDescription.Builder()
		.className("Input")
		.resourceId("editText1").build());

	// Verify the text.
	Verify.areEqual("You Tapped Me", editField.getText(), "MobileButtonTest - Verify Buttons's Text", "Verify the button contains the text 'You Tapped Me'.");

	device.unlock(); // unlock the device at the end of the test
}

Perform a search in a WebView

This example demonstrates use of a WebView using Mobile and Web technologies by accessing the Google search page in a WebView and performing a search.

@Test

                public void webViewTest() throws Exception {

 // Lock device by its UFT Mobile name.

 Device device = MobileLab.lockDeviceByName("MyDevice");

 // Describe the AUT.

 Application app = device.describe(Application.class, new ApplicationDescription.Builder()

  .identifier("com.sample.UICatalog").build());

 // Launch or restart the app.

 app.restart();

 // Describe the Table on the front screen.

 // Select the 17th item in the table to open a screen with a WebView of google.com.

 app.describe(Table.class, new TableDescription.Builder().className("Table").resourceId("list").build()).select(16); // Index is 0-based.

 // Describe the page in the WebView.

 com.hp.lft.sdk.web.Page webViewPage = app.describe(WebView.class, new WebViewDescription.Builder()

  .className("WebView")

  .resourceId("webview")

  .mobileCenterIndex(0).build())

  .describe(com.hp.lft.sdk.web.Page.class, new com.hp.lft.sdk.web.PageDescription());

 // Describe the Web EditField of the Google search.

 com.hp.lft.sdk.web.EditField searchEditField = webViewPage.describe(com.hp.lft.sdk.web.EditField.class,

  new com.hp.lft.sdk.web.EditFieldDescription.Builder().type("search").tagName("INPUT").name("q").build());

 // Enter some text in the edit field.

 searchEditField.setValue("Some Text");

 // Describe the search Web button.

 com.hp.lft.sdk.web.Button searchGoButton = webViewPage.describe(com.hp.lft.sdk.web.Button.class,

  new com.hp.lft.sdk.web.ButtonDescription.Builder().buttonType("submit").tagName("BUTTON").name("btnG").build());

 // Click the button to perform the search.

 searchGoButton.click();

Iterate through connected devices

This example show how to iterate through all the mobile devices using the getDeviceList method

If a device named "MyDevice" is found, the sample locks it, and then unlocks it.

@Test

                public void mobileDevicesListTest() throws Exception {

 // Iterate through all the mobile devices using the getDeviceList method

 for (DeviceInfo deviceInfo : MobileLab.getDeviceList()) {

  System.out.printf("The device ID is: %s, and its name is: %s", deviceInfo.getId(), deviceInfo.getName());

  if (deviceInfo.getName().equals("MyDevice")){

   Device device = MobileLab.lockDeviceByInfo(deviceInfo);

   // Do some stuff here

   // .

   // .

   // .

   // And finally release this device's lock

   device.unlock();

Lock and automatically unlock a device at the end of a session

This example locks a device by choosing a device with the Android OS, version later than 4.4.0.

It then taps a button on an AUT and verifies that the required string is displayed in an edit field.

It then unlocks the device at the end of the session.

                
                
                    @Test
public void mobileDeviceCapabilitiesTest() throws Exception {
	// Lock device by its UFT Mobile name.
	Device device = MobileLab.lockDevice(new DeviceDescription.Builder().
	osType("ANDROID").osVersion(">4.4.0").build());

	// Describe the AUT.
	Application app = device.describe(Application.class, new ApplicationDescription.Builder()
		.identifier("com.sample.UICatalog").build());

	// Launch or restart the app.
	app.restart();

	// Describe the table in the app's front screen.
	// Select the 15th item in the table to open a screen with a button.
	app.describe(Table.class, new TableDescription.Builder().className("Table").resourceId("list").build()).select(14); // Index is 0-based.

	// Describe a button in the application.
	Button button = app.describe(Button.class, new ButtonDescription.Builder()
		.className("Button")
		.resourceId("button1")
		.text("Tap Me").build());

	// Tap the button to change the text in an EditField to "You Tapped Me".
		button.tap();

	// Describe the EditField.
	EditField editField = app.describe(EditField.class, new EditFieldDescription.Builder()
		.className("Input")
		.resourceId("editText1").build());

	// Verify the text.
	Verify.areEqual("You Tapped Me", editField.getText(), "MobileButtonTest - Verify Buttons's Text", "Verify the button contains the text 'You Tapped Me'.");

	device.unlock(); // unlock the device at the end of the test
}

Collect accumulated device vitals data

This example retrieves the CPU and free memory data of a device, accumulated while it was locked.

                
                
                     @Test
public void mobileDeviceVitalsTest() throws Exception {

	DeviceSessionOptions sessionOptions = new DeviceSessionOptions().setCollectVitals(new DeviceVitalsCollectOptions()
		.setCollectCPU(true).setCollectFreeMemory(true));

	// Lock device by its UFT Mobile name.
	Device device = MobileLab.lockDevice(new DeviceDescription.Builder().
	id("5e9d9a9a17f131aa4389c92ef986fcef9481112f").build(), sessionOptions);

	// ... do something

	// get the collected vitals
	String vitals = device.getVitals();

	// process vitals
	String[] vitalLines = vitals.split("\n\r");
	for (String vitalLine : vitalLines){
		String[] vitalLineParts = vitalLine.split(" ");
		System.console().writer().println("at: " + vitalLineParts[2] + ": " + vitalLineParts[0] + " = " + vitalLineParts[1]);
	}
}

Camera simulation

This section includes two examples:

Image upload
Video upload

                package com.hpe.demo;


import java.awt.image.BufferedImage;
import java.awt.image.RenderedImage;
import java.io.File;
import java.io.IOException;

import javax.imageio.ImageIO;

import org.junit.After;
import org.junit.AfterClass;
import org.junit.Before;
import org.junit.BeforeClass;
import org.junit.Test;

import com.hp.lft.sdk.*;
import com.hp.lft.sdk.mobile.Application;
import com.hp.lft.sdk.mobile.ApplicationDescription;
import com.hp.lft.sdk.mobile.Device;
import com.hp.lft.sdk.mobile.MobileLab;
import com.hp.lft.verifications.*;

import unittesting.*;

public class LeanFTMobileCameraSimulationExamples extends UnitTestClassBase {

	public LeanFTMobileCameraSimulationExamples() {
	//Change this constructor to private if you supply your own public constructor
	}

	@BeforeClass
	public static void setUpBeforeClass() throws Exception {
		instance = new LeanFTMobileCameraSimulationExamples();
		globalSetup(LeanFTMobileCameraSimulationExamples.class);
	}

	@AfterClass
	public static void tearDownAfterClass() throws Exception {
		globalTearDown();
	}

	@Before
	public void setUp() throws Exception {
	}

	@After
	public void tearDown() throws Exception {
	}

	@Test
	public void mobileCameraSimulationExampleTestWithImageUpload() throws GeneralLeanFtException {
    	
		// First - lock the device you want to use
		Device device = MobileLab.lockDeviceById("MyDeviceId");
    	
		// Next, we will upload a media file to the device
		BufferedImage img = null;
		try{
			img = ImageIO.read(new File("C:\\Temp\\abcde.png"));
		} catch (IOException e) {        	
		        // Do the necessary error handling here

                       // .

                       // .

                       // .
		}        
		String mediaId = "abcde.png";
		ImageFormat imageFormat = ImageFormat.PNG;
		device.uploadMedia((RenderedImage)img, imageFormat, mediaId);
        
		// Launch the application to use
		Application app = device.describe(Application.class, 
				new ApplicationDescription.Builder().identifier("com.sample.UICatalog").version("2.0").packaged(true).build());
		app.launch();
        
		// Start the camera simulation mode
		app.startCameraSimulationMode(mediaId);
        
		// Now if the application under test shows an image from the camera, it should show the image we uploaded.              // .

               // . Add testing steps

               // .

               // Stop the camera simulation mode
		app.stopCameraSimulationMode();
        
		// Stop the application
		app.kill();
		// Add cleanup steps if required
	}
    

@Test
public void mobileCameraSimulationExampleTestWithVideoUpload() throws GeneralLeanFtException, IOException {
    	
	// First - lock the device you want to use
	Device device = MobileLab.lockDeviceById("MyDeviceId");
    	
	// Next, upload a media file to the device
	String mediaId = "android22.mp4";
	VideoData vd = new VideoData("C:\\Temp\\android22.mp4");
	device.uploadMedia(vd, mediaId);
        
	// Launch the application to use
	Application app = device.describe(Application.class, 
				new ApplicationDescription.Builder().identifier("com.sample.UICatalog").version("2.0").packaged(true).build());
	app.launch();
        
	// Start the camera simulation mode
	app.startCameraSimulationMode(mediaId);
        
	// Now if the application under test shows a video from the camera, it should show the video we uploaded.      // .

       // . Add steps to the test

       // .

       // Stop the camera simulation mode
	app.stopCameraSimulationMode();
        
	// Stop the application
	app.kill();
	// Add cleanup steps if required
	}

}

Simulate fingerprint authentication

This example shows how to simulate fingerprint authentication.

                @Test
public void mobileSimulateAuthenticationExampleTest() throws Exception {
	// Lock device by its UFT Mobile name.
	Device device = MobileLab.lockDeviceByName("MyDevice");

	// Describe the fingerprint authentication dialog AUT
	Application fingerprintDialog = device.describe(Application.class, new ApplicationDescription.Builder()
		.identifier("com.ll.fingerprintdialog").packaged(true).build());

	// Launch or restart the app.
	fingerprintDialog.launch();

	// This sample AUT has a purchase button which will pop up an authentication dialog, describe
	// this button in the application.
	Button purchase = fingerprintDialog.describe(Button.class, new ButtonDescription.Builder()
		.className("Button")
		.mobileCenterIndex(0)
		.nativeClass("android.widget.Button")
		.resourceId("com.ll.fingerprintdialog:id/purchase_button")
		.text("Purchase").build());

	// Tap the button to change the text in an EditField to "You Tapped Me".
	purchase.tap();

	// Simulate a successful authentication
	fingerprintDialog.simulateAuthentication().succeed();

	// The above authentication simulation can also simulate a failure of the authentication. Each of the following ones can be used:
	//
	// Each of the next lines shows a simulation of authentication failure, with different reasons. For additional information please refer to the UFT Developer documentation
	// fingerprintDialog.simulateAuthentication().fail(SimulateAuthFailReason.LOCKOUT);
	// fingerprintDialog.simulateAuthentication().fail(SimulateAuthFailReason.NOT_RECOGNIZED);
	// fingerprintDialog.simulateAuthentication().fail(SimulateAuthFailReason.NOT_REGISTERED);
	// fingerprintDialog.simulateAuthentication().fail(SimulateAuthFailReason.FINGERPRINT_INCOMPLETE);
	// fingerprintDialog.simulateAuthentication().fail(SimulateAuthFailReason.SENSOR_DIRTY);
	// fingerprintDialog.simulateAuthentication().cancel(SimulateAuthCancelOrigin.USER);
	// fingerprintDialog.simulateAuthentication().cancel(SimulateAuthCancelOrigin.SYSTEM);
}

Simulate barcode or QR code authentication

This example shows how to simulate barcode or QR code authentication.

                @Test
public void mobileSimulateQRBarcodeScanExampleTest() throws Exception {
	// Lock device by its UFT Mobile name.
	Device device = MobileLab.lockDeviceByName("MyDevice");

	// Describe the AUT
	Application qrBarcodeApp = device.describe(Application.class, new ApplicationDescription.Builder()
		.identifier("com.company.QRBarcodeSample").packaged(true).build());

	// Upload the barcode or QR code image
	String mediaId = "QRBarcodeImage1";
	BufferedImage barcodeImage = null;
	try {
		barcodeImage = ImageIO.read(new File("QRBarcodeImage.jpg"));
	} catch (IOException e) {
		// Do some error handling here if the image load fails.
	}
	device.uploadMedia(barcodeImage, ImageFormat.JPG, mediaId);

	// Launch or restart the app.
	qrBarcodeApp.launch();

	// Simulate the barcode scan
	qrBarcodeApp.simulateBarcodeScan(mediaId);
}

Service Virtualization integration

This example uses a Service Virtualization scenario to simulate a date change in a weather application.

@Test

// Lock a device and enable Service Virtualization for this session.
public void test() throws GeneralLeanFtException, IOException {
	Device device = MobileLab.lockDevice(new DeviceDescription.Builder().id("ZX1G22BL6L").build(), new DeviceSessionOptions().setDeviceSource(DeviceSource.MOBILE_CENTER).setEnableServiceVirtualization(true));
	File serviceFile = new File( "C:\\AutomationSuite\\AllMethods\\sv\\svservicefile\\sv-lab-weather.json");

	FileInputStream fis = new FileInputStream(serviceFile);
	byte[] data = new byte[(int) serviceFile.length()];
	fis.read(data);
	fis.close();


	String str = new String(data, "UTF-8");

	// Upload the Service Virtualization service and scenario.
	String serviceId = device.svUploadService(str);

	String scenarioId = device.svUploadScenario(serviceId, "C:\\AutomationSuite\\AllMethods\\sv\\svscenariofiles");


	Application forecastieApplication = device.describe(Application.class, new ApplicationDescription.Builder()
		.identifier("com.casticalabs.forecastie")
		.packaged(false).build());

	forecastieApplication.install();
	// at this point if you click the refresh icon in the AUT you should get an error
       //

	device.svStartScenario(scenarioId);

	//
       // at this point if you click the refresh icon in the AUT you should get some info from SV (date should be updated)
       //

	device.svStopScenario(scenarioId);

	//
       // at this point if you click the refresh icon in the AUT you should get an error again
       //
}