qt-everywhere-src-5.15.1/qtsensors/tests/auto/legacy_sensors_qml/tst_qsensor.qml

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import QtQuick 2.0
import QtTest 1.0
import QtSensors 5.0 as Sensors
import TestHelper 1.0

TestCase {
    id: test
    name: "tst_qsensor"

    TestHelper {
        id: helper
    }

    Component {
        id: cTestSensor
        TestSensor{}
    }

    function initTestCase() {}

    function cleanupTestCase() {}

    function init() {}

    function cleanup() {}

    function sortlist(list)
    {
        var array = new Array();
        for (var ii in list)
            array.push(list[ii]);
        array.sort();
        return array;
    }

    function test_001_TypeRegistered()
    {
        var expected = [ "test sensor", "test sensor 2" ];
        var actual = Sensors.sensorTypes();
        // FIXME .sort() is broken!
        actual = sortlist(actual); // The actual list is not in a defined order
        compare(actual, expected);
    }

    function test_002_SensorRegistered()
    {
        var expected = [ "test sensor 2", "test sensor 3", "test sensor impl" ];
        var actual = Sensors.sensorsForType("test sensor");
        // FIXME .sort() is broken!
        actual = sortlist(actual); // The actual list is not in a defined order
        compare(actual, expected);
    }

    function test_003_SensorDefault()
    {
        var expected = "test sensor impl";
        var actual = Sensors.defaultSensorForType("test sensor");
        compare(actual, expected);
    }

    function test_004_NoSensorsForType()
    {
        var expected = [];
        var actual = Sensors.sensorsForType("bogus type");
        compare(actual, expected);
    }

    function test_005_NoDefaultForType()
    {
        var expected = "";
        var actual = Sensors.defaultSensorForType("bogus type");
        compare(actual, expected);
    }

    function test_006_Creation()
    {
        var sensor = cTestSensor.createObject();
        compare(sensor.connectedToBackend, true);
        var expected = "test sensor impl";
        var actual = sensor.sensorid;
        compare(actual, expected);
        sensor.destroy();
    }

    function test_008_Timestamp()
    {
        var sensor = cTestSensor.createObject();
        compare(sensor.connectedToBackend, true);
        var timestamp = sensor.reading.timestamp;
        compare(timestamp, 0);
        sensor.doThis = "setOne";
        sensor.start();
        timestamp = sensor.reading.timestamp;
        compare(timestamp, 1);
        sensor.destroy();
    }

    function test_009_Start()
    {
        var sensor = cTestSensor.createObject();
        sensor.start();
        compare(sensor.active, true);
        sensor.start();
        compare(sensor.active, true);
        sensor.destroy();
    }

    function test_010_Stop()
    {
        var sensor = cTestSensor.createObject();
        sensor.stop();
        compare(sensor.active, false);
        sensor.start();
        compare(sensor.active, true);
        sensor.stop();
        compare(sensor.active, false);
        sensor.destroy();
    }

    function test_011_Start2()
    {
        var sensor = cTestSensor.createObject();

        sensor.doThis = "stop";
        sensor.start();
        compare(sensor.active, false);
        sensor.stop();

        sensor.doThis = "error";
        sensor.start();
        compare(sensor.error, 1);
        // Yes, this is non-intuitive but the sensor
        // decides if an error is fatal or not.
        // In this case our test sensor is reporting a
        // non-fatal error so the sensor will start.
        compare(sensor.active, true);
        sensor.stop();

        sensor.doThis = "setOne";
        sensor.start();
        compare(sensor.reading.timestamp, 1);
        sensor.stop();

        sensor.doThis = "setTwo";
        sensor.start();
        compare(sensor.reading.timestamp, 2);
        sensor.stop();
        sensor.destroy();
    }

    function test_012_SetBadDataRate()
    {
        var sensor = cTestSensor.createObject();

        ignoreWarning("setDataRate: 1 is not supported by the sensor. ");
        sensor.dataRate = 1;
        compare(sensor.dataRate, 0);

        ignoreWarning("setDataRate: 1000 is not supported by the sensor. ");
        sensor.dataRate = 1000;
        compare(sensor.dataRate, 0);
        sensor.destroy();
    }
}