/// <summary>
/// Creates and exposes an event.
/// </summary>
/// <param name="i"></param>
private void createEvent()
{
int id = typeList.Count;
SimCapiEnum <SimEvent> type = new SimCapiEnum <SimEvent>(SimEvent.None);
type.expose("Event." + id + ".Type", false, false);
typeList.Add(type);
SimCapiStringArray detail = new SimCapiStringArray();
detail.expose("Event." + id + ".Details", false, false);
detailList.Add(detail);
}
public void should_do_nothing_when_unexposed_if_not_exposed()
{
SimCapiEnum <EnumForTest> simCapiEnum = new SimCapiEnum <EnumForTest>(EnumForTest.INITIAL);
string exposedName = "exposeName";
simCapiEnum.unexpose();
Dictionary <string, SimCapiValue> _outGoingMap =
TestHelpers.getReferenceField <Dictionary <string, SimCapiValue> >(_transporter, "_outGoingMap");
Assert.AreNotEqual(null, _outGoingMap);
Assert.AreEqual(false, _outGoingMap.ContainsKey(exposedName));
}
public void should_error_when_try_to_expose_twice()
{
SimCapiEnum <EnumForTest> simCapiEnum = new SimCapiEnum <EnumForTest>(EnumForTest.INITIAL);
string exposedName = "exposeName";
simCapiEnum.expose(exposedName, true, true);
Assert.Catch(
delegate()
{
simCapiEnum.expose(exposedName, true, true);
});
}
/// <summary>
/// Sets initial values.
/// </summary>
public void Init()
{
capiPaused = new SimCapiBoolean(Sim.Settings.Paused);
capiPaused.expose("Speed.Pause", false, false);
capiPaused.setChangeDelegate(
delegate(Boolean value, ChangedBy changedBy)
{
if (changedBy == ChangedBy.AELP)
{
Sim.Settings.Paused = value;
}
}
);
capiSpeedTime = new SimCapiNumber((float)Sim.Settings.Speed);
capiSpeedTime.expose("Speed.Time", false, false);
capiSpeedTime.setChangeDelegate(
delegate(float value, ChangedBy changedBy)
{
// Debug.Log("Speed.Time " + value + " " + changedBy);
// Any changes done by the SIM go through the Body system first, which updates the Exposed Data.
if (changedBy == ChangedBy.AELP)
{
Sim.Settings.Speed = value * (int)capiSpeedRatio.getValue();
}
}
);
capiSpeedRatio = new SimCapiEnum <SpeedRatio>(SpeedRatio.Second);
capiSpeedRatio.expose("Speed.Ratio", false, false);
capiSpeedRatio.setChangeDelegate(
delegate(SpeedRatio value, ChangedBy changedBy)
{
if (changedBy == ChangedBy.AELP)
{
Sim.Settings.Speed = capiSpeedTime.getValue() * (int)value;
}
}
);
}
public void should_call_on_change_delegate()
{
SimCapiEnum <EnumForTest> simCapiEnum = new SimCapiEnum <EnumForTest>(EnumForTest.INITIAL);
string exposedName = "exposeName";
simCapiEnum.expose(exposedName, true, true);
bool changeDelegateCalled = false;
bool correctValue = false;
simCapiEnum.setChangeDelegate(
delegate(EnumForTest value, ChangedBy changedBy)
{
changeDelegateCalled = true;
if (value == EnumForTest.CHANGED)
{
correctValue = true;
}
});
// Create the VALUE_CHANGE message
SimCapiValue simCapiValue = new SimCapiValue(exposedName, SimCapiValueType.STRING, false, false, false, new StringData("CHANGED"));
Dictionary <string, SimCapiValue> valueDictionary = new Dictionary <string, SimCapiValue>();
valueDictionary.Add(exposedName, simCapiValue);
string valueChangedJson = SimCapiJsonMaker.create_VALUE_CHANGE(_transporter.getHandshake(), valueDictionary);
_transporter.reciveJsonMessage(valueChangedJson);
Assert.AreEqual(true, changeDelegateCalled);
Assert.AreEqual(true, correctValue);
}
public void Init(int id)
{
Id = id;
string baseName = "Body." + id;
capiName = new SimCapiString(name);
capiName.expose(baseName + ".Name", false, false);
capiName.setChangeDelegate(
delegate(string value, SimCapi.ChangedBy changedBy)
{
if (changedBy == ChangedBy.AELP)
{
Name = value;
}
}
);
capiActive = new SimCapiBoolean(active);
capiActive.expose(baseName + ".Active", false, false);
capiActive.setChangeDelegate(
delegate(bool value, SimCapi.ChangedBy changedBy)
{
if (changedBy == ChangedBy.AELP)
{
Active = value;
}
}
);
capiType = new SimCapiEnum <BodyType>(type);
capiType.expose(baseName + ".Type", false, false);
capiType.setChangeDelegate(
delegate(BodyType value, SimCapi.ChangedBy changedBy)
{
if (changedBy == ChangedBy.AELP)
{
Type = value;
}
}
);
capiMaterial = new SimCapiEnum <BodyMaterial>(material);
capiMaterial.expose(baseName + ".Material", false, false);
capiMaterial.setChangeDelegate(
delegate(BodyMaterial value, SimCapi.ChangedBy changedBy)
{
if (changedBy == ChangedBy.AELP)
{
Material = value;
}
}
);
capiMass = new SimCapiNumber((float)mass);
capiMass.expose(baseName + ".Mass", false, false);
capiMass.setChangeDelegate(
delegate(float value, SimCapi.ChangedBy changedBy)
{
if (changedBy == ChangedBy.AELP)
{
Mass = value;
}
}
);
capiDiameter = new SimCapiNumber((float)diameter);
capiDiameter.expose(baseName + ".Diameter", false, false);
capiDiameter.setChangeDelegate(
delegate(float value, SimCapi.ChangedBy changedBy)
{
if (changedBy == ChangedBy.AELP)
{
Diameter = value;
}
}
);
capiRotation = new SimCapiNumber((float)rotation);
capiRotation.expose(baseName + ".Rotation", false, false);
capiRotation.setChangeDelegate(
delegate(float value, SimCapi.ChangedBy changedBy)
{
if (changedBy == ChangedBy.AELP)
{
Rotation = value;
}
}
);
// Set Capi Vectors. Exposure and Delegation are handled interally.
capiPosition = new SimCapiVector(baseName + ".Position", Position);
capiVelocity = new SimCapiVector(baseName + ".Velocity", Velocity);
//Auto velocity
capiAutoVelocity = new SimCapiBoolean(!initialVelocity);
capiAutoVelocity.expose(baseName + ".Velocity.Auto", false, false);
capiAutoVelocity.setChangeDelegate(
delegate(bool value, SimCapi.ChangedBy changedBy)
{
if (changedBy == ChangedBy.AELP)
{
InitialVelocity = !value;
}
}
);
}
