public void Test_ProductionEventsFactory_EventListCreation(ProductionEventType eventType, Type listType)
{
var factory = new ProductionEventsFactory();
var list = factory.NewEventList(-1, Guid.Empty, eventType);
Assert.True(list.GetType() == listType, $"Event list created by factory for {eventType} is of type {list.GetType()} not {listType}");
Assert.True(list.Count() == 0, "Events list not empty after construction");
Assert.True(list.EventsChanged == false, "Events changed after construction");
}
public static string EventChangeListPersistantFileName(short machineID, ProductionEventType eventListType) => $"{machineID}-Events-{eventListType}-Summary.evt";
public static bool Equals_ProductionEventType(ProductionEventType x, ProductionEventType y) => x == y;
public SiteModelMachineTargetValueTrackingState(IProductionEventLists machineEventLists, ProductionEventType eventType)
{
EventList = (IProductionEvents <T>)machineEventLists.GetEventList(eventType);
StartDate = Consts.MIN_DATETIME_AS_UTC;
EndDate = Consts.MIN_DATETIME_AS_UTC;
Index = -1;
Stamp = -1;
ThisEvent = default;
NextEvent = default;
}
/// <summary>
/// Create an event list of the requested type
/// </summary>
/// <param name="siteModelID"></param>
/// <param name="eventType"></param>
/// <param name="machineID"></param>
/// <returns></returns>
public IProductionEvents NewEventList(short machineID, Guid siteModelID, ProductionEventType eventType)
{
switch (eventType)
{
case ProductionEventType.TargetCCV: return(new ProductionEvents <short>(machineID, siteModelID, eventType, (w, s) => w.Write(s), r => r.ReadInt16(), ProductionEventStateEqualityComparer.Equals));
case ProductionEventType.TargetPassCount: return(new ProductionEvents <ushort>(machineID, siteModelID, eventType, (w, s) => w.Write(s), r => r.ReadUInt16(), ProductionEventStateEqualityComparer.Equals));
case ProductionEventType.MachineMapReset: return(null); //throw new NotImplementedException("ProductionEventType.MachineMapReset not implemented");
case ProductionEventType.TargetLiftThickness: return(new ProductionEvents <float>(machineID, siteModelID, eventType, (w, s) => w.Write(s), r => r.ReadSingle(), ProductionEventStateEqualityComparer.Equals));
case ProductionEventType.GPSModeChange: return(new ProductionEvents <GPSMode>(machineID, siteModelID, eventType, (w, s) => w.Write((byte)s), r => (GPSMode)r.ReadByte(), ProductionEventStateEqualityComparer.Equals));
case ProductionEventType.VibrationStateChange: return(new ProductionEvents <VibrationState>(machineID, siteModelID, eventType, (w, s) => w.Write((byte)s), r => (VibrationState)r.ReadByte(), ProductionEventStateEqualityComparer.Equals));
case ProductionEventType.AutoVibrationStateChange: return(new ProductionEvents <AutoVibrationState>(machineID, siteModelID, eventType, (w, s) => w.Write((byte)s), r => (AutoVibrationState)r.ReadByte(), ProductionEventStateEqualityComparer.Equals));
case ProductionEventType.MachineGearChange: return(new ProductionEvents <MachineGear>(machineID, siteModelID, eventType, (w, s) => w.Write((byte)s), r => (MachineGear)r.ReadByte(), ProductionEventStateEqualityComparer.Equals));
case ProductionEventType.MachineAutomaticsChange: return(new ProductionEvents <AutomaticsType>(machineID, siteModelID, eventType, (w, s) => w.Write((byte)s), r => (AutomaticsType)r.ReadByte(), ProductionEventStateEqualityComparer.Equals));
case ProductionEventType.MachineRMVJumpValueChange: return(new ProductionEvents <short>(machineID, siteModelID, eventType, (w, s) => w.Write(s), r => r.ReadInt16(), ProductionEventStateEqualityComparer.Equals));
case ProductionEventType.ICFlagsChange: return(new ProductionEvents <byte>(machineID, siteModelID, eventType, (w, s) => w.Write(s), r => r.ReadByte(), ProductionEventStateEqualityComparer.Equals));
case ProductionEventType.ElevationMappingModeStateChange: return(new ProductionEvents <ElevationMappingMode>(machineID, siteModelID, eventType, (w, s) => w.Write((byte)s), r => (ElevationMappingMode)r.ReadByte(), ProductionEventStateEqualityComparer.Equals));
case ProductionEventType.GPSAccuracyChange:
return(new ProductionEvents <GPSAccuracyAndTolerance>(machineID, siteModelID, eventType,
(w, s) => { w.Write(s.GPSTolerance); w.Write((byte)s.GPSAccuracy); },
r =>
{
var tolerance = r.ReadUInt16();
var accuracy = (GPSAccuracy)r.ReadByte();
return new GPSAccuracyAndTolerance(accuracy, tolerance);
},
ProductionEventStateEqualityComparer.Equals));
case ProductionEventType.PositioningTech: return(new ProductionEvents <PositioningTech>(machineID, siteModelID, eventType, (w, s) => w.Write((byte)s), r => (PositioningTech)r.ReadByte(), ProductionEventStateEqualityComparer.Equals));
case ProductionEventType.TempWarningLevelMinChange: return(new ProductionEvents <ushort>(machineID, siteModelID, eventType, (w, s) => w.Write(s), r => r.ReadUInt16(), ProductionEventStateEqualityComparer.Equals));
case ProductionEventType.TempWarningLevelMaxChange: return(new ProductionEvents <ushort>(machineID, siteModelID, eventType, (w, s) => w.Write(s), r => r.ReadUInt16(), ProductionEventStateEqualityComparer.Equals));
case ProductionEventType.TargetMDP: return(new ProductionEvents <short>(machineID, siteModelID, eventType, (w, s) => w.Write(s), r => r.ReadInt16(), ProductionEventStateEqualityComparer.Equals));
case ProductionEventType.LayerID: return(new ProductionEvents <ushort>(machineID, siteModelID, eventType, (w, s) => w.Write(s), r => r.ReadUInt16(), ProductionEventStateEqualityComparer.Equals));
case ProductionEventType.DesignOverride:
return(new ProductionEvents <OverrideEvent <int> >(machineID, siteModelID, eventType,
(w, s) => { w.Write(s.EndDate.ToBinary()); w.Write(s.Value); },
r => new OverrideEvent <int>(DateTime.FromBinary(r.ReadInt64()), r.ReadInt32()),
ProductionEventStateEqualityComparer.Equals));
case ProductionEventType.LayerOverride:
return(new ProductionEvents <OverrideEvent <ushort> >(machineID, siteModelID, eventType,
(w, s) => { w.Write(s.EndDate.ToBinary()); w.Write(s.Value); },
r => new OverrideEvent <ushort>(DateTime.FromBinary(r.ReadInt64()), r.ReadUInt16()),
ProductionEventStateEqualityComparer.Equals));
case ProductionEventType.TargetCCA: return(new ProductionEvents <byte>(machineID, siteModelID, eventType, (w, s) => w.Write(s), r => r.ReadByte(), ProductionEventStateEqualityComparer.Equals));
case ProductionEventType.StartEndRecordedData: return(new StartEndProductionEvents(machineID, siteModelID, eventType, (w, s) => w.Write((byte)s), r => (ProductionEventType)r.ReadByte()));
case ProductionEventType.MachineStartupShutdown: return(new StartEndProductionEvents(machineID, siteModelID, eventType, (w, s) => w.Write((byte)s), r => (ProductionEventType)r.ReadByte()));
case ProductionEventType.DesignChange: return(new ProductionEvents <int>(machineID, siteModelID, eventType, (w, s) => w.Write(s), r => r.ReadInt32(), ProductionEventStateEqualityComparer.Equals));
default: return(null);
}
}
