/// <summary>
/// Default ctor
/// </summary>
public SwitchState(ISwitch entity, RailwayState railwayState)
: base(entity, railwayState)
{
address = entity.Address;
feedbackAddress = entity.HasFeedback ? (entity.FeedbackAddress ?? entity.Address) : null;
direction = new StateProperty <SwitchDirection>(this, SwitchDirection.Straight, null, OnRequestedDirectionChanged, null);
}
/// <summary>
/// Default ctor
/// </summary>
public LocState(ILoc entity, RailwayState railwayState)
: base(entity, railwayState)
{
address = entity.Address;
controlledAutomatically = new StateProperty <bool>(this, false, ValidateControlledAutomatically, null, OnControlledAutomaticallyChanged);
automaticState = new ActualStateProperty <AutoLocState>(this, AutoLocState.AssignRoute, null, OnAutomaticStateChanged);
possibleDeadlock = new ActualStateProperty <bool>(this, false, null, null);
currentRoute = new ActualStateProperty <IRouteStateForLoc>(this, null, null, null);
waitAfterCurrentRoute = new ActualStateProperty <bool>(this, false, null, null);
nextRoute = new ActualStateProperty <IRouteState>(this, null, null, null);
currentBlock = new ActualStateProperty <IBlockState>(this, null, ValidateCurrentBlock, x => {
recentlyVisitedBlocks.Insert(x);
SaveCurrentBlock();
});
currentBlockEnterSide = new ActualStateProperty <BlockSide>(this, BlockSide.Back, null, x => SaveCurrentBlock());
startNextRouteTime = new ActualStateProperty <DateTime>(this, DateTime.Now, null, null);
durationExceedsCurrentRouteTime = new ActualStateProperty <DateTime>(this, DateTime.MaxValue, null, null);
speedInSteps = new StateProperty <int>(this, 0, LimitSpeedSteps, OnRequestedSpeedStepsChanged, null);
speed = new SpeedProperty(this);
direction = new StateProperty <LocDirection>(this, LocDirection.Forward, null, OnRequestedDirectionChanged, x => SaveCurrentBlock());
reversing = new ActualStateProperty <bool>(this, false, ValidateReversing, null);
f0 = new StateProperty <bool>(this, true, null, OnRequestedFunctionChanged, null);
functionStates = new Dictionary <LocFunction, IStateProperty <bool> >();
foreach (var lf in entity.Functions)
{
var f = new StateProperty <bool>(this, false, null, OnRequestedFunctionChanged, null);
functionStates[lf.Function] = f;
}
lastRouteOptions = new ActualStateProperty <IRouteOption[]>(this, null, null, null);
}
/// <summary>
/// Default ctor
/// </summary>
public Clock4StageOutputState(IClock4StageOutput output, RailwayState railwayState)
: base(output, railwayState)
{
address1 = output.Address1;
address2 = output.Address2;
period = new StateProperty <Clock4Stage>(this, Clock4Stage.Morning, null, OnPeriodRequestedValueChanged, null);
pattern = new StateProperty <int>(this, DefaultValues.DefaultClock4StageOutputMorningPattern, null, OnPatternRequestedChanged, OnPatternActualChanged);
}
/// <summary>
/// Default ctor
/// </summary>
public BlockSignalState(IBlockSignal entity, RailwayState railwayState)
: base(entity, railwayState)
{
address1 = entity.Address1;
address2 = (address1 != null) ? entity.Address2: null;
address3 = (address2 != null) ? entity.Address3 : null;
address4 = (address3 != null) ? entity.Address4 : null;
color = new StateProperty <BlockSignalColor>(this, BlockSignalColor.Red, ValidateColor, OnRequestedColorChanged, null);
}
/// <summary>
/// Default ctor
/// </summary>
protected CommandStationState(ICommandStation entity, RailwayState railwayState, string[] addressSpaces)
: base(entity, railwayState)
{
Log = LogManager.GetLogger(LogNames.CommandStationPrefix + entity.Description);
myWorker = new AsynchronousWorker("csworker-" + entity.Description);
this.addressSpaces = addressSpaces ?? Empty <string> .Array;
power = new StateProperty <bool>(this, false, null,
x => PostWorkerAction(() => OnRequestedPowerChanged(x)),
OnActualPowerChanged, false);
myWorker.Wait += OnWorkerWait;
}
/// <summary>
/// Default ctor
/// </summary>
public TurnTableState(ITurnTable entity, RailwayState railwayState)
: base(entity, railwayState)
{
positionAddress1 = entity.PositionAddress1;
positionAddress2 = (positionAddress1 != null) ? entity.PositionAddress2 : null;
positionAddress3 = (positionAddress2 != null) ? entity.PositionAddress3 : null;
positionAddress4 = (positionAddress3 != null) ? entity.PositionAddress4 : null;
positionAddress5 = (positionAddress4 != null) ? entity.PositionAddress5 : null;
positionAddress6 = (positionAddress5 != null) ? entity.PositionAddress6 : null;
invertPositions = entity.InvertPositions;
writeAddress = entity.WriteAddress;
invertWrite = entity.InvertWrite;
busyAddress = entity.BusyAddress;
invertBusy = entity.InvertBusy;
firstPosition = entity.FirstPosition;
lastPosition = entity.LastPosition;
initialPosition = entity.InitialPosition;
position = new StateProperty <int>(this, -1, null, OnRequestedPositionChanged, null);
busyInput = new BusyInput(this);
}
/// <summary>
/// Default ctor
/// </summary>
public BinaryOutputState(IBinaryOutput output, RailwayState railwayState)
: base(output, railwayState)
{
active = new StateProperty <bool>(this, false, null, OnActiveRequestedChanged, OnActiveActualChanged);
}
/// <summary>
/// Default ctor
/// </summary>
public BlockState(IBlock block, RailwayState railwayState)
: base(block, railwayState)
{
closed = new StateProperty <bool>(this, false, null, x => UpdateClosed(), x => SaveClosed());
waitPermissions = new LocPredicateState(block.WaitPermissions, railwayState);
}