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Replace robotium-solo-2.1.jar with robotium-solo-3.1.jar to make ChartActivityTest can be run in Android 4.0. Change getMyTracksLocation() in ChartActivityTest to a static method, so it can be used by other test.
This commit is contained in:
youtaol
@@ -0,0 +1,425 @@
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/*
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* Copyright 2012 Google Inc.
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*
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* Licensed under the Apache License, Version 2.0 (the "License"); you may not
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* use this file except in compliance with the License. You may obtain a copy of
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* the License at
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*
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* http://www.apache.org/licenses/LICENSE-2.0
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*
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* Unless required by applicable law or agreed to in writing, software
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* distributed under the License is distributed on an "AS IS" BASIS, WITHOUT
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* WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the
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* License for the specific language governing permissions and limitations under
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* the License.
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*/
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package com.google.android.apps.mytracks;
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import com.google.android.apps.mytracks.content.MyTracksLocation;
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import com.google.android.apps.mytracks.content.Sensor;
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import com.google.android.apps.mytracks.content.Sensor.SensorDataSet;
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import com.google.android.apps.mytracks.util.UnitConversions;
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import com.google.android.maps.mytracks.R;
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import com.jayway.android.robotium.solo.Solo;
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import android.app.Instrumentation;
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import android.location.Location;
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import android.test.ActivityInstrumentationTestCase2;
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import android.view.KeyEvent;
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import android.view.View;
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import android.widget.ZoomControls;
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/**
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* Tests {@link ChartActivity}.
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*
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* @author Youtao Liu
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*/
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public class ChartActivityTest extends ActivityInstrumentationTestCase2<ChartActivity> {
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private Instrumentation instrumentation;
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private ChartActivity chartActivity;
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private Solo solo;
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private View zoomIn;
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private View zoomOut;
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private int currentZoomLevel;
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private static final String LOCATION_PROVIDER = "gps";
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private static final double INITIAL_LONGTITUDE = 22;
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private static final double INITIAL_LATITUDE = 22;
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private static final double INITIAL_ALTITUDE = 22;
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private static final float INITIAL_ACCURACY = 5;
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private static final float INITIAL_SPEED = 10;
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private static final float INITIAL_BEARING = 3.0f;
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// 10 is same with the default value in ChartView
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private final int MAX_ZOOM_LEVEL = 10;
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private final int MIN_ZOOM_LEVEL = 1;
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// The ratio from meter/second to kilometer/hour, the conversion is 60 * 60 /
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// 1000 = 3.6.
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private final double METER_PER_SECOND_TO_KILOMETER_PER_HOUR = 3.6;
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private final double KILOMETER_TO_METER = 1000.0;
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private final double HOURS_PER_UNIT = 60;
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public ChartActivityTest() {
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super(ChartActivity.class);
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}
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@Override
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protected void setUp() throws Exception {
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super.setUp();
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instrumentation = getInstrumentation();
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chartActivity = getActivity();
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}
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/**
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* Tests {@link ChartActivity#zoomIn()} and {@link ChartActivity#zoomOut()}.
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*/
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public void testZoomInAndZoomOut() {
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currentZoomLevel = chartActivity.getChartView().getZoomLevel();
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chartActivity.runOnUiThread(new Runnable() {
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@Override
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public void run() {
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ZoomControls zoomControls = (ZoomControls) chartActivity.findViewById(R.id.elevation_zoom);
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zoomIn = zoomControls.getChildAt(0);
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zoomOut = zoomControls.getChildAt(1);
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// Invoke following two methods method to initial the display of
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// ZoomControls.
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zoomControls.setIsZoomInEnabled(chartActivity.getChartView().canZoomIn());
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zoomControls.setIsZoomOutEnabled(chartActivity.getChartView().canZoomOut());
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// Click zoomIn button to disable.
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for (int i = currentZoomLevel; i > MIN_ZOOM_LEVEL; i--) {
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zoomIn.performClick();
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}
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}
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});
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instrumentation.waitForIdleSync();
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assertEquals(false, zoomIn.isEnabled());
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assertEquals(true, zoomOut.isEnabled());
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chartActivity.runOnUiThread(new Runnable() {
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@Override
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public void run() {
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// Click to the second max zoom level
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for (int i = MIN_ZOOM_LEVEL; i < MAX_ZOOM_LEVEL - 1; i++) {
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zoomOut.performClick();
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assertEquals(true, zoomIn.isEnabled());
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assertEquals(true, zoomOut.isEnabled());
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}
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zoomOut.performClick();
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}
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});
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instrumentation.waitForIdleSync();
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assertEquals(true, zoomIn.isEnabled());
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assertEquals(false, zoomOut.isEnabled());
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}
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/**
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* There are two parts in this test. Tests
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* {@link ChartActivity#OnCreateDialog()} which includes the logic to create
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* {@link ChartSettingsDialog}.
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*/
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public void testCreateSettingDialog() {
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solo = new Solo(instrumentation, chartActivity);
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// Part1, tests {@link ChartActivity#onCreateOptionsMenu()}. Check if
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// optional menu is created.
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assertNull(chartActivity.getChartSettingsMenuItem());
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sendKeys(KeyEvent.KEYCODE_MENU);
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assertNotNull(chartActivity.getChartSettingsMenuItem());
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// Part2, tests {@link ChartActivity#onOptionsItemSelected()}. Clicks on the
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// "Chart settings", and then verify that the dialog contains the
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// "By distance" text.
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solo.clickOnText(chartActivity.getString(R.string.menu_chart_view_chart_settings));
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instrumentation.waitForIdleSync();
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assertTrue(solo.searchText(chartActivity.getString(R.string.chart_settings_by_distance)));
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}
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/**
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* Tests the logic to get the incorrect values of sensor in {@link
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* ChartActivity#fillDataPoint(Location location, double result[])}.
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*/
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public void testFillDataPoint_sensorIncorrect() {
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MyTracksLocation myTracksLocation = getMyTracksLocation();
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// No input.
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double[] point = fillDataPointTestHelper(myTracksLocation, false);
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assertEquals(Double.NaN, point[3]);
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assertEquals(Double.NaN, point[4]);
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assertEquals(Double.NaN, point[5]);
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// Input incorrect state.
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// Creates SensorData.
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Sensor.SensorData.Builder powerData = Sensor.SensorData.newBuilder().setValue(20)
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.setState(Sensor.SensorState.NONE);
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Sensor.SensorData.Builder cadenceData = Sensor.SensorData.newBuilder().setValue(20)
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.setState(Sensor.SensorState.NONE);
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Sensor.SensorData.Builder heartRateData = Sensor.SensorData.newBuilder().setValue(20)
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.setState(Sensor.SensorState.NONE);
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// Creates SensorDataSet.
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SensorDataSet sensorDataSet = myTracksLocation.getSensorDataSet();
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sensorDataSet = sensorDataSet.toBuilder().setPower(powerData).setCadence(cadenceData)
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.setHeartRate(heartRateData).build();
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myTracksLocation.setSensorData(sensorDataSet);
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// Test.
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point = fillDataPointTestHelper(myTracksLocation, false);
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assertEquals(Double.NaN, point[3]);
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assertEquals(Double.NaN, point[4]);
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assertEquals(Double.NaN, point[5]);
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}
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/**
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* Tests the logic to get the correct values of sensor in {@link
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* ChartActivity#fillDataPoint(Location location, double result[])}.
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*/
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public void testFillDataPoint_sensorCorrect() {
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MyTracksLocation myTracksLocation = getMyTracksLocation();
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// No input.
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double[] point = fillDataPointTestHelper(myTracksLocation, false);
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assertEquals(Double.NaN, point[3]);
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assertEquals(Double.NaN, point[4]);
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assertEquals(Double.NaN, point[5]);
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// Creates SensorData.
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Sensor.SensorData.Builder powerData = Sensor.SensorData.newBuilder().setValue(20)
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.setState(Sensor.SensorState.SENDING);
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Sensor.SensorData.Builder cadenceData = Sensor.SensorData.newBuilder().setValue(20)
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.setState(Sensor.SensorState.SENDING);
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Sensor.SensorData.Builder heartRateData = Sensor.SensorData.newBuilder().setValue(20)
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.setState(Sensor.SensorState.SENDING);
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// Creates SensorDataSet.
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SensorDataSet sensorDataSet = myTracksLocation.getSensorDataSet();
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sensorDataSet = sensorDataSet.toBuilder().setPower(powerData).setCadence(cadenceData)
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.setHeartRate(heartRateData).build();
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myTracksLocation.setSensorData(sensorDataSet);
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// Test.
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point = fillDataPointTestHelper(myTracksLocation, false);
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assertEquals(20.0, point[3]);
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assertEquals(20.0, point[4]);
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assertEquals(20.0, point[5]);
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}
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/**
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* Tests the logic to get the value of metric Distance in
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* {@link #fillDataPoint}.
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*/
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public void testFillDataPoint_distanceMetric() {
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// By distance.
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chartActivity.getChartView().setMode(ChartView.Mode.BY_DISTANCE);
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// Resets last location and writes first location.
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MyTracksLocation myTracksLocation1 = getMyTracksLocation();
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double[] point = fillDataPointTestHelper(myTracksLocation1, true);
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assertEquals(0.0, point[0]);
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// The second is a same location, just different time.
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MyTracksLocation myTracksLocation2 = getMyTracksLocation();
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point = fillDataPointTestHelper(myTracksLocation2, false);
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assertEquals(0.0, point[0]);
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// The third location is a new location, and use metric.
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MyTracksLocation myTracksLocation3 = getMyTracksLocation();
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myTracksLocation3.setLatitude(INITIAL_LONGTITUDE + 1 );
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point = fillDataPointTestHelper(myTracksLocation3, false);
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// Computes the distance between Latitude 22 and 23.
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float[] results = new float[4];
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Location.distanceBetween(myTracksLocation2.getLatitude(), myTracksLocation2.getLongitude(),
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myTracksLocation3.getLatitude(), myTracksLocation3.getLongitude(), results);
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double distance1 = results[0];
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assertEquals(distance1 / KILOMETER_TO_METER, point[0]);
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// The fourth location is a new location, and use metric.
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MyTracksLocation myTracksLocation4 = getMyTracksLocation();
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myTracksLocation4.setLatitude(INITIAL_LONGTITUDE + 2 );
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point = fillDataPointTestHelper(myTracksLocation4, false);
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// Computes the distance between Latitude 23 and 24.
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Location.distanceBetween(myTracksLocation3.getLatitude(), myTracksLocation3.getLongitude(),
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myTracksLocation4.getLatitude(), myTracksLocation4.getLongitude(), results);
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double distance2 = results[0];
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assertEquals((distance1 + distance2) / KILOMETER_TO_METER, point[0]);
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}
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/**
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* Tests the logic to get the value of imperial Distance in
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* {@link #fillDataPoint}.
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*/
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public void testFillDataPoint_distanceImperial() {
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// Setups to use imperial.
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chartActivity.onUnitsChanged(false);
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// The first is a same location, just different time.
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MyTracksLocation myTracksLocation1 = getMyTracksLocation();
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double[] point = fillDataPointTestHelper(myTracksLocation1, true);
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assertEquals(0.0, point[0]);
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// The second location is a new location, and use imperial.
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MyTracksLocation myTracksLocation2 = getMyTracksLocation();
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myTracksLocation2.setLatitude(INITIAL_LONGTITUDE + 1 );
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point = fillDataPointTestHelper(myTracksLocation2, false);
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/*
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* Computes the distance between Latitude 22 and 23. And for we set using
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* imperial, the distance should be multiplied by UnitConversions.KM_TO_MI.
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*/
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float[] results = new float[4];
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Location.distanceBetween(myTracksLocation1.getLatitude(), myTracksLocation1.getLongitude(),
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myTracksLocation2.getLatitude(), myTracksLocation2.getLongitude(), results);
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double distance1 = results[0] * UnitConversions.KM_TO_MI;
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assertEquals(distance1 / KILOMETER_TO_METER, point[0]);
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// The third location is a new location, and use imperial.
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MyTracksLocation myTracksLocation3 = getMyTracksLocation();
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myTracksLocation3.setLatitude(INITIAL_LONGTITUDE + 2 );
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point = fillDataPointTestHelper(myTracksLocation3, false);
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/*
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* Computes the distance between Latitude 23 and 24. And for we set using
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* imperial, the distance should be multiplied by UnitConversions.KM_TO_MI.
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*/
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Location.distanceBetween(myTracksLocation2.getLatitude(), myTracksLocation2.getLongitude(),
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myTracksLocation3.getLatitude(), myTracksLocation3.getLongitude(), results);
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double distance2 = results[0] * UnitConversions.KM_TO_MI;
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assertEquals(distance1 / KILOMETER_TO_METER + distance2 / KILOMETER_TO_METER , point[0]);
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}
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/**
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* Tests the logic to get the values of time in {@link #fillDataPoint}.
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*/
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public void testFillDataPoint_time() {
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// By time
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chartActivity.getChartView().setMode(ChartView.Mode.BY_TIME);
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MyTracksLocation myTracksLocation1 = getMyTracksLocation();
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double[] point = fillDataPointTestHelper(myTracksLocation1, true);
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assertEquals(0.0, point[0]);
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long timeSpan = 222;
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MyTracksLocation myTracksLocation2 = getMyTracksLocation();
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myTracksLocation2.setTime(myTracksLocation1.getTime() + timeSpan);
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point = fillDataPointTestHelper(myTracksLocation2, false);
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assertEquals((double) timeSpan, point[0]);
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}
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/**
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* Tests the logic to get the value of elevation in
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* {@link ChartActivity#fillDataPoint} by one and two points.
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*/
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public void testFillDataPoint_elevation() {
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MyTracksLocation myTracksLocation1 = getMyTracksLocation();
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/*
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* At first, clear old points of elevation, so give true to the second
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* parameter. Then only one value INITIALLONGTITUDE in buffer.
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*/
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double[] point = fillDataPointTestHelper(myTracksLocation1, true);
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assertEquals(INITIAL_ALTITUDE, point[1]);
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/*
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* Send another value to buffer, now there are two values, INITIALALTITUDE
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* and INITIALALTITUDE * 2.
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*/
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MyTracksLocation myTracksLocation2 = getMyTracksLocation();
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myTracksLocation2.setAltitude(INITIAL_ALTITUDE * 2);
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point = fillDataPointTestHelper(myTracksLocation2, false);
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assertEquals((INITIAL_ALTITUDE + INITIAL_ALTITUDE * 2) / 2.0, point[1]);
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}
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/**
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* Tests the logic to get the value of speed in
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* {@link ChartActivity#fillDataPoint}. In this test, firstly remove all
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* points in memory, and then fill in two points one by one. The speed values
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* of these points are 129, 130.
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*/
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public void testFillDataPoint_speed() {
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// Set max speed to make the speed of points are valid.
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chartActivity.setTrackMaxSpeed(200.0);
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/*
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* At first, clear old points of speed, so give true to the second
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* parameter. It will not be filled in to the speed buffer.
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*/
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MyTracksLocation myTracksLocation1 = getMyTracksLocation();
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myTracksLocation1.setSpeed(129);
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double[] point = fillDataPointTestHelper(myTracksLocation1, true);
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assertEquals(0.0, point[2]);
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/*
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* Tests the logic when both metricUnits and reportSpeed are true.This
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* location will be filled into speed buffer.
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*/
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MyTracksLocation myTracksLocation2 = getMyTracksLocation();
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// Add a time span here to make sure the second point is valid, the value
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// 222 here is doesn't matter.
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myTracksLocation2.setTime(myTracksLocation1.getTime() + 222);
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myTracksLocation2.setSpeed(130);
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point = fillDataPointTestHelper(myTracksLocation2, false);
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assertEquals(130.0 * METER_PER_SECOND_TO_KILOMETER_PER_HOUR, point[2]);
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}
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/**
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* Tests the logic to compute speed when use Imperial.
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*/
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public void testFillDataPoint_speedImperial() {
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// Setups to use imperial.
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chartActivity.onUnitsChanged(false);
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MyTracksLocation myTracksLocation = getMyTracksLocation();
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myTracksLocation.setSpeed(132);
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double[] point = fillDataPointTestHelper(myTracksLocation, true);
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assertEquals(132.0 * METER_PER_SECOND_TO_KILOMETER_PER_HOUR * UnitConversions.KM_TO_MI,
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point[2]);
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}
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/**
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* Tests the logic to get pace value when reportSpeed is false.
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*/
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public void testFillDataPoint_pace_nonZeroSpeed() {
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// Setups reportSpeed to false.
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chartActivity.onReportSpeedChanged(false);
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MyTracksLocation myTracksLocation = getMyTracksLocation();
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myTracksLocation.setSpeed(134);
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double[] point = fillDataPointTestHelper(myTracksLocation, true);
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assertEquals(HOURS_PER_UNIT / (134.0 * METER_PER_SECOND_TO_KILOMETER_PER_HOUR), point[2]);
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}
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/**
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* Tests the logic to get pace value when reportSpeed is false and average
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* speed is zero.
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*/
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public void testFillDataPoint_pace_zeroSpeed() {
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// Setups reportSpeed to false.
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chartActivity.onReportSpeedChanged(false);
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MyTracksLocation myTracksLocation = getMyTracksLocation();
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myTracksLocation.setSpeed(0);
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double[] point = fillDataPointTestHelper(myTracksLocation, true);
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assertEquals(Double.NaN, point[2]);
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}
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/**
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* Simulates a MyTracksLocation for test.
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*
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* @return a simulated location.
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*/
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public static MyTracksLocation getMyTracksLocation() {
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// Initial Location
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Location loc = new Location(LOCATION_PROVIDER);
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loc.setLongitude(INITIAL_LONGTITUDE);
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loc.setLatitude(INITIAL_LATITUDE);
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loc.setAltitude(INITIAL_ALTITUDE);
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loc.setAccuracy(INITIAL_ACCURACY);
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loc.setSpeed(INITIAL_SPEED);
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loc.setTime(System.currentTimeMillis());
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loc.setBearing(INITIAL_BEARING);
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SensorDataSet sd = SensorDataSet.newBuilder().build();
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MyTracksLocation myTracksLocation = new MyTracksLocation(loc, sd);
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return myTracksLocation;
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}
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/**
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* Helper method to test fillDataPoint.
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||||
*
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||||
* @param location location to fill
|
||||
* @param operation a flag to do some operations
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||||
* @return data of this location
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||||
*/
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||||
private double[] fillDataPointTestHelper(Location location, boolean isNeedClear) {
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if (isNeedClear) {
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chartActivity.clearTrackPoints();
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}
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double[] point = new double[6];
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chartActivity.fillDataPoint(location, point);
|
||||
return point;
|
||||
}
|
||||
|
||||
}
|
||||
Reference in New Issue
Block a user