/// <summary>
/// Tests all defined length captures and tests for lag time, with sync and asyc settings
/// </summary>
/// <param name="motionSensorType"></param>
public void TestCapture_BothSyncs(MotionSensorTypes motionSensorType)
{
this.motionSensorType = motionSensorType;
captures = new CaptureListTesting();
captures.PopulateTimedCaptures();
RunTests();
}
/// <summary>
/// Tests all defined length captures and tests for lag time, with sync and asyc settings
/// </summary>
/// <param name="motionSensorType"></param>
public void TestCapture_BothSyncs(MotionSensorTypes motionSensorType)
{
this.motionSensorType = motionSensorType;
captures = new CaptureListTesting();
captures.PopulateTimedCaptures();
RunTests();
}
protected void TestMotion(CaptureTesting captureTesting, MotionSensorTypes motionSensorType, MotionSensorSettingsTest settings)
{
captureId = captureTesting.captureId;
if (motionSensorType == MotionSensorTypes.Motion2a)
{
using (MotionSensor2aTest test = new MotionSensor2aTest())
{
test.settings = settings;
captureTesting.detectionStartTime = DateTime.Now;
captureTesting.detectedMovmentFrames = new List <int>();
captureTesting.detectionMethod = "a";
test.expectedFrames = captureTesting.numberFrames;
test.timedTest = timedTest;
test.Run(captureTesting.captureId);
captureTesting.detectedMovmentFrames = test.movementFrames;
captureTesting.detectionEndTime = DateTime.Now;
if (timedTest)
{
elapsedMilliseconds = test.testTimer.Elapsed.TotalMilliseconds;
}
}
WriteToDatabase(captureTesting, settings); //calls the subclass method
}
}
/// <summary>
/// Tests all items in the captures list, against the specified motion sensor type
/// </summary>
/// <param name="motionSensorType"></param>
public void TestAllCaptures(MotionSensorTypes motionSensorType)
{
PopulateAllCaptures();
MotionSensorSettingsList motionSensorSettingsList = new MotionSensorSettingsList();
motionSensorSettingsList.PopulateAllPossible();
var settingsList = motionSensorSettingsList.list;
foreach (MotionSensorSettingsTest setting in settingsList)
{
captures.list.ForEach(x => TestMotion(x, motionSensorType, setting));
}
}
/// <summary>
/// Tests all captures in the database. Each setting is taken through its predefined range, with all captures being tested
/// throughout those ranges. All other settings remain at their default value
/// </summary>
public void TestAllCaptures_SequentialSettingChanges(MotionSensorTypes motionSensorType)
{
captures = new CaptureListTesting();
captures.PopulateAllCaptures(true);
MotionSensorSettingsList motionSensorSettingsList = new MotionSensorSettingsList();
motionSensorSettingsList.PopulateSequentialChange();
foreach (MotionSensorSettingsTest setting in motionSensorSettingsList.list)
{
captures.list.ForEach(x => TestMotion(x, motionSensorType, setting));
}
}
/// <summary>
/// Tests all captures in the database. Each setting is taken through its predefined range, with all captures being tested
/// throughout those ranges. All other settings remain at their default value
/// </summary>
public void TestAllCaptures_SequentialSettingChanges(MotionSensorTypes motionSensorType)
{
captures = new CaptureListTesting();
captures.PopulateAllCaptures(true);
MotionSensorSettingsList motionSensorSettingsList = new MotionSensorSettingsList();
motionSensorSettingsList.PopulateSequentialChange();
foreach (MotionSensorSettingsTest setting in motionSensorSettingsList.list)
{
captures.list.ForEach(x => TestMotion(x, motionSensorType, setting));
}
}
/// <summary>
/// Tests all items in the captures list, against the specified motion sensor type
/// </summary>
/// <param name="motionSensorType"></param>
public void TestAllCaptures(MotionSensorTypes motionSensorType)
{
PopulateAllCaptures();
MotionSensorSettingsList motionSensorSettingsList = new MotionSensorSettingsList();
motionSensorSettingsList.PopulateAllPossible();
var settingsList = motionSensorSettingsList.list;
foreach (MotionSensorSettingsTest setting in settingsList)
{
captures.list.ForEach(x => TestMotion(x, motionSensorType, setting));
}
}
/// <summary>
/// Tests a specific capture for lag time, with sync and asyc settings
/// </summary>
/// <param name="motionSensorType"></param>
public void TestCapture_BothSyncs(MotionSensorTypes motionSensorType, string captureId)
{
this.motionSensorType = motionSensorType;
PopulateCapture(captureId);
RunTests();
}
/// <summary>
/// Tests all the captures for lag time, with sync and async settings
/// </summary>
/// <param name="motionSensorType"></param>
public void TestAllCaptures_BothSyncs(MotionSensorTypes motionSensorType)
{
this.motionSensorType = motionSensorType;
PopulateAllCaptures();
RunTests();
}
/// <summary>
/// Tests a specific capture for lag time, with sync and asyc settings
/// </summary>
/// <param name="motionSensorType"></param>
public void TestCapture_BothSyncs(MotionSensorTypes motionSensorType, string captureId)
{
this.motionSensorType = motionSensorType;
PopulateCapture(captureId);
RunTests();
}
/// <summary>
/// Tests all the captures for lag time, with sync and async settings
/// </summary>
/// <param name="motionSensorType"></param>
public void TestAllCaptures_BothSyncs(MotionSensorTypes motionSensorType)
{
this.motionSensorType = motionSensorType;
PopulateAllCaptures();
RunTests();
}
