public FrmDimmer(DimmerNode node)
{
InitializeComponent();
this.Text = this.Text + "-" + node.Title;
this.ckbSwitch.Checked = this.tlpSwitch.Enabled = node.Switch.Enable;
this.ckbDimRelatively.Checked = this.tlpDimRelatively.Enabled = node.DimRelatively.Enable;
this.ckbDimAbsolutely.Checked = this.tlpDimAbsolutely.Enabled = node.DimAbsolutely.Enable;
this.ckbStateOnOff.Checked = this.tlpStateOnOff.Enabled = node.StateOnOff.Enable;
this.ckbStateDimValue.Checked = this.tlpStateDimValue.Enabled = node.StateDimValue.Enable;
this.gaSwitch = new Dictionary <string, KNXSelectedAddress>(node.Switch.MapSelectedAddress);
this.gaDimRelatively = new Dictionary <string, KNXSelectedAddress>(node.DimRelatively.MapSelectedAddress);
this.gaDimAbsoultely = new Dictionary <string, KNXSelectedAddress>(node.DimAbsolutely.MapSelectedAddress);
this.gaStateOnOff = new Dictionary <string, KNXSelectedAddress>(node.StateOnOff.MapSelectedAddress);
this.gaStateDimValue = new Dictionary <string, KNXSelectedAddress>(node.StateDimValue.MapSelectedAddress);
this.txbxSwitch.Text = KNXSelectedAddress.GetGroupAddressName(this.gaSwitch);
this.txbxDimRelatively.Text = KNXSelectedAddress.GetGroupAddressName(this.gaDimRelatively);
this.txbxDimAbsolutely.Text = KNXSelectedAddress.GetGroupAddressName(this.gaDimAbsoultely);
this.txbxStateOnOff.Text = KNXSelectedAddress.GetGroupAddressName(this.gaStateOnOff);
this.txbxStateDimValue.Text = KNXSelectedAddress.GetGroupAddressName(this.gaStateDimValue);
this.node = node;
}
public void When_PressedButtonUpOrDownLongWithoutReleaseAfterTimeout_ShouldStopDimmingAfterTimeout(int upOrDown, int startDimDelay, int dimPercent, int expectedDimPercent)
{
// Arrange: Create node
var schedMock = new MockSchedulerService();
var node = new DimmerNode(TestNodeContext.Create(), schedMock);
node.Mode.Value = DimmerNode.MODE_TWO_BUTTON_DIMMING;
node.StartDimDelay.Value = startDimDelay;
node.DimPercent.Value = dimPercent;
var testCases = new[] {
node.ButtonDimUp,
node.ButtonDimDown
};
// Act 1: Press button
testCases[upOrDown].Value = true;
int callCounter = 0;
schedMock.InvokeInObserver = (delay) => {
++callCounter;
Assert.AreEqual(new TimeSpan(0, 0, 0, 0, startDimDelay), delay);
};
node.Execute();
// Assert 1: The correct timeout is applied
Assert.AreEqual(1, callCounter); // InvokeIn must be called exactly once.
// Act 2:
schedMock.MockInvokeNow();
Assert.AreEqual((double)expectedDimPercent, node.Dim.Value);
schedMock.Now = schedMock.Now.AddMilliseconds(startDimDelay + 100);
testCases[upOrDown].Value = false;
node.Execute();
// Assert 2:
}
public void When_ButtonUpOrDownReleasedAfterPresedLong_ShouldStopDimming(int upOrDown)
{
// Arrange: Create node
var schedMock = new MockSchedulerService();
var node = new DimmerNode(TestNodeContext.Create(), schedMock);
node.Mode.Value = DimmerNode.MODE_TWO_BUTTON_DIMMING;
var testCases = new Tuple <BoolValueObject, double>[] {
new Tuple <BoolValueObject, double>(node.ButtonDimUp, 100.0d),
new Tuple <BoolValueObject, double>(node.ButtonDimDown, -100.0d)
};
// Act Phase 2: Press button and release button
testCases[upOrDown].Item1.Value = true;
node.Execute();
schedMock.MockInvokeNow();
// Assert Phase 1: Light should not be switched on or off, but dimming should be started
Assert.IsFalse(node.SwitchOnOff.HasValue);
Assert.AreEqual(testCases[upOrDown].Item2, node.Dim.Value);
// Act Phase 2: Release button after 800ms
testCases[upOrDown].Item1.Value = false;
schedMock.Now = schedMock.Now + TimeSpan.FromMilliseconds(800);
node.Execute();
// Assert: Light should not be switched on or off, and dimming should be stoped
Assert.IsNull(schedMock.InvokeInAction); // No start dimming action should be scheduled
Assert.IsFalse(node.SwitchOnOff.HasValue);
Assert.AreEqual(0.0d, node.Dim.Value);
}
public void When_ModeIs_MODE_SINGLE_BUTTON_SWITCHING_ShouldOnlyActivateButtonSwitchOnOff_And_SwitchOnOff()
{
// Arrange: Create node, lightis off
var node = new DimmerNode(TestNodeContext.Create(), new MockSchedulerService());
// Act: Change mode
node.Mode.Value = DimmerNode.MODE_SINGLE_BUTTON_SWITCHING;
// Assert: Validate Inputs:
Assert.IsNull(node.ButtonDimUp);
Assert.IsNull(node.ButtonDimDown);
Assert.IsNull(node.ButtonDimUpDown);
Assert.IsNotNull(node.ButtonSwitchOnOff);
// Assert: Validate Outputs:
Assert.IsNotNull(node.SwitchOnOff);
Assert.IsNull(node.Dim);
}
public void When_ButtonUpPressedShortlyWhileOn_Should_ToggleOff()
{
// Arrange: Create node, lightis on
var node = new DimmerNode(TestNodeContext.Create(), new MockSchedulerService());
node.Mode.Value = DimmerNode.MODE_TWO_BUTTON_DIMMING;
node.LightState.Value = true;
// Act: Press button and release button
node.ButtonDimUp.Value = true;
node.Execute();
node.ButtonDimUp.Value = false;
node.Execute();
// Assert: Light should be toggled off and not dimmed
Assert.IsFalse(node.SwitchOnOff.Value);
Assert.IsFalse(node.Dim.HasValue);
}
public void When_ButtonUpOrDownPressedLong_ShouldStartDimmingUpOrDown(int upOrDOwn)
{
// Arrange: Create node
var schedMock = new MockSchedulerService();
var node = new DimmerNode(TestNodeContext.Create(), schedMock);
node.Mode.Value = DimmerNode.MODE_TWO_BUTTON_DIMMING;
var testCases = new Tuple <BoolValueObject, double>[] {
new Tuple <BoolValueObject, double>(node.ButtonDimUp, 100.0d),
new Tuple <BoolValueObject, double>(node.ButtonDimDown, -100.0d)
};
// Act: Press button and release button
testCases[upOrDOwn].Item1.Value = true;
node.Execute();
schedMock.MockInvokeNow();
// Assert: Light should not be switched on or off, but dimming should be started
Assert.IsFalse(node.SwitchOnOff.HasValue);
Assert.AreEqual(testCases[upOrDOwn].Item2, node.Dim.Value);
}
public void When_ButtonDown_AndLightIsOn_Should_TurnLightOff_And_IgnoreButtonUp()
{
// Arrange: Create node, lightis off
var node = new DimmerNode(TestNodeContext.Create(), new MockSchedulerService());
node.Mode.Value = DimmerNode.MODE_SINGLE_BUTTON_SWITCHING;
node.LightState.Value = false;
// Act 1: Press button and release button
node.ButtonSwitchOnOff.Value = true;
node.Execute();
// Assert 1: Light should be toggled on and not dimmed
Assert.IsTrue(node.SwitchOnOff.Value);
// Act 2: Press button and release button
node.ButtonSwitchOnOff.Value = false;
node.Execute();
// Assert 2: Light should NOT be toggled again
Assert.IsTrue(node.SwitchOnOff.Value);
}
private static ViewNode ImportControlNode(BackgroundWorker worker, ContainerNode parentNode, KNXControlBase knx, string ResImgDir)
{
ViewNode node = null;
switch (knx.GetType().Name)
{
case MyConst.Controls.KnxBlindsType:
node = new BlindsNode(knx as KNXBlinds, worker, ResImgDir);
break;
case MyConst.Controls.KnxLabelType:
node = new LabelNode(knx as KNXLabel, worker, ResImgDir);
break;
case MyConst.Controls.KnxSceneButtonType:
node = new SceneButtonNode(knx as KNXSceneButton, worker, ResImgDir);
break;
case MyConst.Controls.KnxSliderSwitchType:
node = new SliderSwitchNode(knx as KNXSliderSwitch, worker, ResImgDir);
break;
case MyConst.Controls.KnxSwitchType:
node = new SwitchNode(knx as KNXSwitch, worker, ResImgDir);
break;
case MyConst.Controls.KnxValueDisplayType:
node = new ValueDisplayNode(knx as KNXValueDisplay, worker, ResImgDir);
break;
case MyConst.Controls.KnxTimerButtonType:
node = new TimerButtonNode(knx as KNXTimerButton, worker, ResImgDir);
break;
case MyConst.Controls.KnxDigitalAdjustmentType:
node = new DigitalAdjustmentNode(knx as KNXDigitalAdjustment, worker, ResImgDir);
break;
case MyConst.Controls.KnxImageButtonType:
node = new ImageButtonNode(knx as KNXImageButton, worker, ResImgDir);
break;
case MyConst.Controls.KnxShutterType:
node = new ShutterNode(knx as KNXShutter, worker, ResImgDir);
break;
case MyConst.Controls.KnxDimmerType:
node = new DimmerNode(knx as KNXDimmer, worker, ResImgDir);
break;
case MyConst.Controls.KnxWebCamViewerType:
node = new WebCamerNode(knx as KNXWebCamer, worker, ResImgDir);
break;
case MyConst.Controls.KnxMediaButtonType:
node = new MediaButtonNode(knx as KNXMediaButton, worker, ResImgDir);
break;
case MyConst.Controls.KnxAirConditionType:
node = new AirConditionNode(knx as KNXAirCondition, worker, ResImgDir);
break;
case MyConst.Controls.KnxHVACType:
node = new HVACNode(knx as KNXHVAC, worker, ResImgDir);
break;
case MyConst.Controls.KnxGroupBoxType:
node = new GroupBoxNode(knx as KNXGroupBox, worker, ResImgDir);
KNXGroupBox knxGroupBox = knx as KNXGroupBox;
if (knxGroupBox.Controls != null && knxGroupBox.Controls.Count > 0)
{
foreach (var item in knxGroupBox.Controls)
{
ImportControlNode(worker, node as ContainerNode, item, ResImgDir);
}
}
break;
default:
MessageBox.Show(UIResMang.GetString("Message39") + knx.GetType().Name, UIResMang.GetString("Message6"), MessageBoxButtons.OK, MessageBoxIcon.Error);
break;
}
if (null != parentNode)
{
parentNode.Nodes.Add(node);
}
return(node);
}
