// Validates that we hit expected values for a sequence of two states
// TODO: Generalize and convert to more elegant pattern (if required by test scenarios)
private void ChainedHoverLightStateValuesValidationHelper(
float hoverLight_InnerConeIntensityExpected, float hoverLight_outerConeIntensityExpected, float hoverLight_outerConeAngleExpected,
float pressLight_InnerConeIntensityExpected, float pressLight_outerConeIntensityExpected, float pressLight_outerConeAngleExpected,
float hoverLight_InnerConeIntensityExpected2, float hoverLight_outerConeIntensityExpected2, float hoverLight_outerConeAngleExpected2,
float pressLight_InnerConeIntensityExpected2, float pressLight_outerConeIntensityExpected2, float pressLight_outerConeAngleExpected2,
string testName,
string targetName)
{
if (!ValidateEffectsPresent())
{
return;
}
WaitHandle[] hoverLight_ValueValidationEvents = new WaitHandle[3];
WaitHandle[] pressLight_ValueValidationEvents = new WaitHandle[3];
Control target = FindName(targetName) as Control;
var lights = GetElementForHoverLight(target).Lights;
var hoverLight = _revealTestApi.GetAsRevealHoverLight(lights[0]);
var pressLight = _revealTestApi.GetAsRevealHoverLight(lights[1]);
_hoverSpotlight = _revealTestApi.GetSpotLight(hoverLight as Windows.UI.Xaml.Media.XamlLight);
_pressSpotlight = _revealTestApi.GetSpotLight(pressLight as Windows.UI.Xaml.Media.XamlLight);
hoverLight_ValueValidationEvents[0] = _compositionPropertyLogger.RegisterProperty(_hoverSpotlight, "InnerConeIntensity", CompositionPropertyLogger.LoggableType.Float, 0.0f, hoverLight_InnerConeIntensityExpected, coneIntensityTolerance);
hoverLight_ValueValidationEvents[1] = _compositionPropertyLogger.RegisterProperty(_hoverSpotlight, "OuterConeIntensity", CompositionPropertyLogger.LoggableType.Float, 0.0f, hoverLight_outerConeIntensityExpected, coneIntensityTolerance);
hoverLight_ValueValidationEvents[2] = _compositionPropertyLogger.RegisterProperty(_hoverSpotlight, "OuterConeAngle", CompositionPropertyLogger.LoggableType.Float, 0.0f, hoverLight_outerConeAngleExpected, coneAngleTolerance);
pressLight_ValueValidationEvents[0] = _compositionPropertyLogger.RegisterProperty(_pressSpotlight, "InnerConeIntensity", CompositionPropertyLogger.LoggableType.Float, 0.0f, pressLight_InnerConeIntensityExpected, coneIntensityTolerance);
pressLight_ValueValidationEvents[1] = _compositionPropertyLogger.RegisterProperty(_pressSpotlight, "OuterConeIntensity", CompositionPropertyLogger.LoggableType.Float, 0.0f, pressLight_outerConeIntensityExpected, coneIntensityTolerance);
pressLight_ValueValidationEvents[2] = _compositionPropertyLogger.RegisterProperty(_pressSpotlight, "OuterConeAngle", CompositionPropertyLogger.LoggableType.Float, 0.0f, pressLight_outerConeAngleExpected, coneAngleTolerance);
// Off-thread validation waits until each registered property hits its expected value
Task.Run(() =>
{
var combined = hoverLight_ValueValidationEvents.Concat(pressLight_ValueValidationEvents).ToArray();
bool hoverLight_Result = WaitHandle.WaitAll(hoverLight_ValueValidationEvents, 10000);
bool pressLight_Result = WaitHandle.WaitAll(pressLight_ValueValidationEvents, 10000);
RunOnUIThread.Execute(() =>
{
// We will log values when we hit the secod expected state, so don't log at this point.
_compositionPropertyLogger.UnregisterProperty(_hoverSpotlight, "InnerConeIntensity", CompositionPropertyLogger.LoggableType.Float);
_compositionPropertyLogger.UnregisterProperty(_hoverSpotlight, "OuterConeIntensity", CompositionPropertyLogger.LoggableType.Float);
_compositionPropertyLogger.UnregisterProperty(_hoverSpotlight, "OuterConeAngle", CompositionPropertyLogger.LoggableType.Float);
Array.Clear(hoverLight_ValueValidationEvents, 0, 3);
_compositionPropertyLogger.UnregisterProperty(_pressSpotlight, "InnerConeIntensity", CompositionPropertyLogger.LoggableType.Float);
_compositionPropertyLogger.UnregisterProperty(_pressSpotlight, "OuterConeIntensity", CompositionPropertyLogger.LoggableType.Float);
_compositionPropertyLogger.UnregisterProperty(_pressSpotlight, "OuterConeAngle", CompositionPropertyLogger.LoggableType.Float);
Array.Clear(pressLight_ValueValidationEvents, 0, 3);
// Now validate we hit values for the second expected state
HoverLightStateValuesValidationHelper(
hoverLight_InnerConeIntensityExpected2, hoverLight_outerConeIntensityExpected2, hoverLight_outerConeAngleExpected2,
pressLight_InnerConeIntensityExpected2, pressLight_outerConeIntensityExpected2, pressLight_outerConeAngleExpected2,
testName,
targetName);
});
});
}
private void HoverLightStateValuesValidationHelper(
float hoverLight_InnerConeIntensityExpected, float hoverLight_outerConeIntensityExpected, float hoverLight_outerConeAngleExpected,
float pressLight_InnerConeIntensityExpected, float pressLight_outerConeIntensityExpected, float pressLight_outerConeAngleExpected,
string testName,
string targetName)
{
if (!ValidateEffectsPresent())
{
return;
}
WaitHandle[] hoverLight_ValueValidationEvents = new WaitHandle[3];
WaitHandle[] pressLight_ValueValidationEvents = new WaitHandle[3];
Control target = FindName(targetName) as Control;
var lights = GetElementForHoverLight(target).Lights;
var hoverLight = _revealTestApi.GetAsRevealHoverLight(lights[0]);
var pressLight = _revealTestApi.GetAsRevealHoverLight(lights[1]);
_hoverSpotlight = _revealTestApi.GetSpotLight(hoverLight as Windows.UI.Xaml.Media.XamlLight);
_pressSpotlight = _revealTestApi.GetSpotLight(pressLight as Windows.UI.Xaml.Media.XamlLight);
hoverLight_ValueValidationEvents[0] = _compositionPropertyLogger.RegisterProperty(_hoverSpotlight, "InnerConeIntensity", CompositionPropertyLogger.LoggableType.Float, 0.0f, hoverLight_InnerConeIntensityExpected, coneIntensityTolerance);
hoverLight_ValueValidationEvents[1] = _compositionPropertyLogger.RegisterProperty(_hoverSpotlight, "OuterConeIntensity", CompositionPropertyLogger.LoggableType.Float, 0.0f, hoverLight_outerConeIntensityExpected, coneIntensityTolerance);
hoverLight_ValueValidationEvents[2] = _compositionPropertyLogger.RegisterProperty(_hoverSpotlight, "OuterConeAngle", CompositionPropertyLogger.LoggableType.Float, 0.0f, hoverLight_outerConeAngleExpected, coneAngleTolerance);
pressLight_ValueValidationEvents[0] = _compositionPropertyLogger.RegisterProperty(_pressSpotlight, "InnerConeIntensity", CompositionPropertyLogger.LoggableType.Float, 0.0f, pressLight_InnerConeIntensityExpected, coneIntensityTolerance);
pressLight_ValueValidationEvents[1] = _compositionPropertyLogger.RegisterProperty(_pressSpotlight, "OuterConeIntensity", CompositionPropertyLogger.LoggableType.Float, 0.0f, pressLight_outerConeIntensityExpected, coneIntensityTolerance);
pressLight_ValueValidationEvents[2] = _compositionPropertyLogger.RegisterProperty(_pressSpotlight, "OuterConeAngle", CompositionPropertyLogger.LoggableType.Float, 0.0f, pressLight_outerConeAngleExpected, coneAngleTolerance);
// Off-thread validation waits until each registered property hits its expected value
Task.Run(() =>
{
var combined = hoverLight_ValueValidationEvents.Concat(pressLight_ValueValidationEvents).ToArray();
bool hoverLight_Result = WaitHandle.WaitAll(hoverLight_ValueValidationEvents, 10000);
bool pressLight_Result = WaitHandle.WaitAll(pressLight_ValueValidationEvents, 10000);
RunOnUIThread.Execute(() =>
{
using (var logger = new ResultsLogger(testName, TestResult))
{
var hoverLight_InnerConeIntensityValues = _compositionPropertyLogger.GetValues(_hoverSpotlight, "InnerConeIntensity");
var hoverLight_OuterConeIntensityValues = _compositionPropertyLogger.GetValues(_hoverSpotlight, "OuterConeIntensity");
var hoverLight_OuterConeAngleValues = _compositionPropertyLogger.GetValues(_hoverSpotlight, "OuterConeAngle");
logger.LogMessage("HoverLight - InnerConeIntensity: " + string.Join(", ", hoverLight_InnerConeIntensityValues));
logger.LogMessage("HoverLight - OuterConeIntensity: " + string.Join(", ", hoverLight_OuterConeIntensityValues));
logger.LogMessage("HoverLight - OuterConeAngle: " + string.Join(", ", hoverLight_OuterConeAngleValues));
var pressLight_InnerConeIntensityValues = _compositionPropertyLogger.GetValues(_pressSpotlight, "InnerConeIntensity");
var pressLight_OuterConeIntensityValues = _compositionPropertyLogger.GetValues(_pressSpotlight, "OuterConeIntensity");
var pressLight_OuterConeAngleValues = _compositionPropertyLogger.GetValues(_pressSpotlight, "OuterConeAngle");
logger.LogMessage("PressLight - InnerConeIntensity: " + string.Join(", ", pressLight_InnerConeIntensityValues));
logger.LogMessage("PressLight - OuterConeIntensity: " + string.Join(", ", pressLight_OuterConeIntensityValues));
logger.LogMessage("PressLight - OuterConeAngle: " + string.Join(", ", pressLight_OuterConeAngleValues));
_compositionPropertyLogger.UnregisterProperty(_hoverSpotlight, "InnerConeIntensity", CompositionPropertyLogger.LoggableType.Float);
_compositionPropertyLogger.UnregisterProperty(_hoverSpotlight, "OuterConeIntensity", CompositionPropertyLogger.LoggableType.Float);
_compositionPropertyLogger.UnregisterProperty(_hoverSpotlight, "OuterConeAngle", CompositionPropertyLogger.LoggableType.Float);
Array.Clear(hoverLight_ValueValidationEvents, 0, 3);
_compositionPropertyLogger.UnregisterProperty(_pressSpotlight, "InnerConeIntensity", CompositionPropertyLogger.LoggableType.Float);
_compositionPropertyLogger.UnregisterProperty(_pressSpotlight, "OuterConeIntensity", CompositionPropertyLogger.LoggableType.Float);
_compositionPropertyLogger.UnregisterProperty(_pressSpotlight, "OuterConeAngle", CompositionPropertyLogger.LoggableType.Float);
Array.Clear(pressLight_ValueValidationEvents, 0, 3);
logger.Verify(hoverLight_Result && hoverLight_Result, "StateValidationResult: error occured");
}
});
});
}
