Package jmri.implementation

Class DefaultSignalMastLogic

java.lang.Object

jmri.implementation.AbstractNamedBean

jmri.implementation.DefaultSignalMastLogic

All Implemented Interfaces:

java.beans.VetoableChangeListener, java.lang.Comparable<NamedBean>, java.util.EventListener, PropertyChangeProvider, NamedBean, SignalMastLogic

public class DefaultSignalMastLogic
extends AbstractNamedBean
implements SignalMastLogic, java.beans.VetoableChangeListener

Default implementation of SignalMastLogic.

Nested Class Summary

Nested classes/interfaces inherited from interface jmri.NamedBean

NamedBean.BadNameException, NamedBean.BadSystemNameException, NamedBean.BadUserNameException, NamedBean.DisplayOptions, NamedBean.DuplicateSystemNameException

Field Summary

Fields

Modifier and Type	Field	Description
(package private) SignalMast	destination
(package private) java.util.Hashtable<SignalMast,jmri.implementation.DefaultSignalMastLogic.DestinationMast>	destList
(package private) boolean	disposing
(package private) LayoutEditor	editor
(package private) LayoutBlock	facingBlock
(package private) boolean	inWait
protected java.beans.PropertyChangeListener	propertyDestinationMastListener	The listener on the destination Signal Mast.
protected java.beans.PropertyChangeListener	propertySourceMastListener	The listener on the source Signal Mast.
(package private) LayoutBlock	remoteProtectingBlock
(package private) SignalMast	source
(package private) java.lang.String	stopAspect

Fields inherited from class jmri.implementation.AbstractNamedBean

listenerRefs, mSystemName, register

Fields inherited from interface jmri.NamedBean

DISPLAY_NAME_FORMAT, INCONSISTENT, PROPERTY_STATE, QUOTED_NAME_FORMAT, UNKNOWN

Fields inherited from interface jmri.SignalMastLogic

STOREALL, STOREMASTSONLY, STORENONE

Constructor Summary

Constructors

Constructor	Description
DefaultSignalMastLogic(SignalMast source)	Initialise a Signal Mast Logic for a given source Signal Mast.

Method Summary

Modifier and Type	Method	Description
void	addSensor(java.lang.String sensorName, int state, SignalMast destination)	Add an individual control Sensor and its set to state to the Signal Mast Logic.
void	allowAutoMaticSignalMastGeneration(boolean allow, SignalMast destination)	Sets whether we should allow the system to automatically generate a list of signal masts that could cause a conflicting route.
boolean	allowAutoMaticSignalMastGeneration(SignalMast destination)	Query if we are allowing the system to automatically generate a list of conflicting Signal Mast that have a direct effect on our logic.
void	allowTurnoutLock(boolean lock, SignalMast destination)	Sets whether we should lock all turnouts between the source and destination signal masts when the logic goes active, to prevent them from being changed.
boolean	areBlocksIncluded(java.util.List<Block> blks)	Returns true if any of the blocks in the supplied list are included in any of the logics that set this signal.
(package private) boolean	checkStates()	Check if routes to the destination Signal Mast are clear.
void	disableLayoutEditorUse()
void	dispose()	Note: This does not stop any delayed operations that might be queued.
SignalMast	getActiveDestination()	Get the active destination Signal Mast for this Signal Mast Logic.
Section	getAssociatedSection(SignalMast destination)	Return the Section configured between the source and destination mast.
java.util.List<Block>	getAutoBlocks(SignalMast destination)	Return all the blocks that have been detected as being in use for this logic.
java.util.List<Block>	getAutoBlocksBetweenMasts(SignalMast destination)	Return a list of blocks just that have been detected as being directly between the source and destination mast.
int	getAutoBlockState(Block block, SignalMast destination)	Return the Set State of a control block as it is configured between the source and destination mast.
java.util.List<SignalMast>	getAutoMasts(SignalMast destination)	Return a list of control masts that have been automatically detected as being directly between the source and destination mast.
java.lang.String	getAutoSignalMastState(SignalMast mast, SignalMast destination)	Return the Set State (Aspect) of a control mast as it is configured between the source and destination mast.
java.util.List<Turnout>	getAutoTurnouts(SignalMast destination)	Return only the turnouts that have been detected as being directly between the source and destination mast.
int	getAutoTurnoutState(Turnout turnout, SignalMast destination)	Return the Set State of a control turnout as it is configured between the source and destination mast.
java.lang.String	getBeanType()	For instances in the code where we are dealing with just a bean and a message needs to be passed to the user or in a log.
java.util.List<Block>	getBlocks(SignalMast destination)	Return the Layout Blocks that have been defined by the user to control the SML to the destination mast.
int	getBlockState(Block block, SignalMast destination)	Return the Set To State of a control block as it is configured between the source and destination mast.
java.lang.String	getComment(SignalMast dest)	Get the comment set on this SML.
java.util.List<SignalMast>	getDestinationList()	Return a list of all Signal Masts that have been configured as Destination Masts on this SML.
LayoutBlock	getFacingBlock()	Get the block defined as facing our source signal mast.
float	getMaximumSpeed(SignalMast destination)	Get the Maximum Speed set for the destination Signal Mast in this SML.
java.util.List<NamedBeanHandle<Sensor>>	getNamedSensors(SignalMast destination)	Return the Sensors that have been defined by the user to control the SML to the destination mast as NamedBeanHandles.
java.util.List<NamedBeanHandle<Turnout>>	getNamedTurnouts(SignalMast destination)	Return the Turnouts that have been defined by the user to control the SML to the destination mast as NamedBeanHandles.
LayoutBlock	getProtectingBlock(SignalMast dest)	Get the block that the source signal is protecting on the path to the destination signal mast.
java.util.List<Sensor>	getSensors(SignalMast destination)	Return the Sensors that have been defined by the user to control the SML to the destination mast.
int	getSensorState(Sensor sensor, SignalMast destination)	Return the Set To State of a control Sensor as it is configured between the source and destination mast.
java.util.List<SignalMast>	getSignalMasts(SignalMast destination)	Return the Signal Masts that have been defined by the user to control the SML to the destination mast.
java.lang.String	getSignalMastState(SignalMast mast, SignalMast destination)	Return the Set To State (Aspect) of a control Signal Mast as it is configured between the source and destination mast.
SignalMast	getSourceMast()	Get the Source Mast.
int	getState()	No valid integer state, always return a constant.
int	getStoreState(SignalMast destination)	Return where the signal mast logic should be stored, if so how much.
java.util.List<Turnout>	getTurnouts(SignalMast destination)	Return the Turnouts that have been defined by the user to control the SML to the destination mast.
int	getTurnoutState(Turnout turnout, SignalMast destination)	Return the Set State of a control Turnout as it is configured between the source and destination mast.
java.util.List<NamedBeanUsageReport>	getUsageReport(NamedBean bean)	Get a list of references for the specified bean.
void	initialise()	General method to initialise all SMLs on the source SIgnal Mast using destList
void	initialise(SignalMast destination)	Initialise the signal mast after all the parameters have been set.
boolean	isActive(SignalMast dest)	Query if the Signal Mast Logic from the current source signal mast to the destination signal mast is active.
boolean	isBlockIncluded(Block block, SignalMast destination)	Check whether the Block is part of at least one of the logics.
boolean	isDestinationValid(SignalMast dest)	Check if signal mast is a destination signal mast in one of the logics
boolean	isEnabled(SignalMast dest)	Query if the Signal Mast Logic from the current source signal mast to the specified destination signal mast is enabled.
boolean	isSensorIncluded(Sensor sensor, SignalMast destination)	Check if a sensor is part of at least one of the logics that set a SignalMast.
boolean	isSignalMastIncluded(SignalMast signal, SignalMast destination)	Check if a signal mast is part of at least one of the logics that set another signal mast.
boolean	isTurnoutIncluded(Turnout turnout, SignalMast destination)	Check if a turnout is part of at least one of the logics that set a signal mast.
boolean	isTurnoutLockAllowed(SignalMast destination)	Query if we are allowing the system to lock turnouts when the logic goes active.
void	removeConflictingLogic(SignalMast sm, LevelXing lx)	Remove control elements for a SML pair containing a destination signal mast that itself is incompatible with an SML around a level crossing.
boolean	removeDestination(SignalMast dest)	Remove the destination signal mast as a pair in this SML.
void	removeDirectionSensors()	remove direction sensors from SML need to autoActiveTrains.
void	removeSensor(java.lang.String sensorName, SignalMast destination)	Remove an individual control Sensor from the Signal Mast Logic.
void	removeSensor(Sensor sen, SignalMast destination)
void	removeTurnout(Turnout turn, SignalMast destination)
void	replaceDestinationMast(SignalMast oldMast, SignalMast newMast)	Replace the existing destination Signal Mast with another signal mast.
void	replaceSourceMast(SignalMast oldMast, SignalMast newMast)	Replace the existing source Signal Mast with another signal mast.
void	setAssociatedSection(Section sec, SignalMast destination)	Define a Section between the source and destination mast.
void	setAutoBlocks(java.util.LinkedHashMap<Block,java.lang.Integer> blocks, SignalMast destination)	Set which blocks must be in a given state for the signal mast not to be set to a Stop aspect.
void	setAutoMasts(java.util.Hashtable<SignalMast,java.lang.String> masts, SignalMast destination)	Set which control signal masts must be in a given state before our source mast can be set.
void	setAutoTurnouts(java.util.Hashtable<Turnout,java.lang.Integer> turnouts, SignalMast destination)	Set which turnouts must be set to a given state for the signal mast not to be set to a Stop aspect.
void	setBlocks(java.util.Hashtable<Block,java.lang.Integer> blocks, SignalMast destination)	Set which blocks must be in a given state for the signal mast not to be set to a Stop aspect.
void	setComment(java.lang.String comment, SignalMast dest)	Set the comment for this SML.
void	setConflictingLogic(SignalMast sm, LevelXing lx)	Add control elements for a SML pair containing a destination signal mast that itself is skipped as it is incompatible with an SML around a level crossing.
void	setDestinationMast(SignalMast dest)	Set the destination signal mast for this SML.
void	setDisabled(SignalMast dest)	Set the logic to the destination signal mast to Disabled.
void	setEnabled(SignalMast dest)	Set the logic to the destination signal mast to Enabled.
void	setFacingBlock(LayoutBlock facing)	Set the block facing our source signal mast.
(package private) void	setMastAppearance()	Evaluate the destination signal mast Aspect and set ours accordingly.
void	setMasts(java.util.Hashtable<SignalMast,java.lang.String> masts, SignalMast destination)	Set which control signal masts must be in a given state before our source mast can be set.
void	setSensors(java.util.Hashtable<NamedBeanHandle<Sensor>,java.lang.Integer> sensors, SignalMast destination)	Set which sensors must be in a given state before our source signal mast can be set.
(package private) void	setSignalAppearance()	Before going active or checking that we can go active, wait 500ms for things to settle down to help prevent a race condition.
void	setState(int i)	Provide generic access to internal state.
void	setStore(int store, SignalMast destination)	Determine if the signal mast logic is stored in the panel file and if all the information is stored.
void	setTurnouts(java.util.Hashtable<NamedBeanHandle<Turnout>,java.lang.Integer> turnouts, SignalMast destination)	Set the states that each control turnout must be in for the source signal mast not to be set to a Stop aspect.
int	setupDirectionSensors()	Add direction sensors to SML
void	setupLayoutEditorDetails()	Set up a Signal Mast Logic from the Layout Editor panel where its source Signal Mast is present, when useLayoutEditor is set to true.
java.util.LinkedHashMap<Block,java.lang.Integer>	setupLayoutEditorTurnoutDetails(java.util.List<LayoutBlock> blks, SignalMast destination)	Set the auto turnouts based upon a given list of layout blocks for a specific destination mast.
void	useLayoutEditor(boolean boo, SignalMast destination)	Set whether this logic should use the details stored in the Layout Editor to determine which blocks, turnouts will make up the logic between the source and destination signal mast.
boolean	useLayoutEditor(SignalMast destination)	Query if we are using the Layout Editor panels to build the signal mast logic, blocks, turnouts.
boolean	useLayoutEditorBlocks(SignalMast destination)	Query if we are using the Layout Editor block information in the signal mast logic.
void	useLayoutEditorDetails(boolean turnouts, boolean blocks, SignalMast destination)	Set whether this logic should use the information from the Layout Editor for either blocks or turnouts.
boolean	useLayoutEditorTurnouts(SignalMast destination)	Query if we are using the Layout Editor turnout information in the signal mast logic.
void	vetoableChange(java.beans.PropertyChangeEvent evt)

Methods inherited from class jmri.implementation.AbstractNamedBean

addPropertyChangeListener, addPropertyChangeListener, addPropertyChangeListener, addPropertyChangeListener, compareSystemNameSuffix, describeState, equals, firePropertyChange, getComment, getDisplayName, getDisplayName, getListenerRef, getListenerRefs, getNumPropertyChangeListeners, getProperty, getPropertyChangeListeners, getPropertyChangeListeners, getPropertyChangeListenersByReference, getPropertyKeys, getSystemName, getUserName, hashCode, removeProperty, removePropertyChangeListener, removePropertyChangeListener, setComment, setProperty, setUserName, toString, toStringSuffix, updateListenerRef

Methods inherited from class java.lang.Object

clone, finalize, getClass, notify, notifyAll, wait, wait, wait

Methods inherited from interface jmri.NamedBean

addPropertyChangeListener, addPropertyChangeListener, compareSystemNameSuffix, compareTo, describeState, getComment, getDisplayName, getDisplayName, getListenerRef, getListenerRefs, getProperty, getPropertyChangeListenersByReference, getPropertyKeys, getSystemName, getUserName, removeProperty, setComment, setProperty, setUserName, toString, updateListenerRef

Methods inherited from interface jmri.beans.PropertyChangeProvider

addPropertyChangeListener, getPropertyChangeListeners, getPropertyChangeListeners, removePropertyChangeListener

Methods inherited from interface jmri.SignalMastLogic

addPropertyChangeListener, getNumPropertyChangeListeners, removePropertyChangeListener

Field Detail

source

SignalMast source

destination

SignalMast destination

stopAspect

java.lang.String stopAspect

destList

java.util.Hashtable<SignalMast,jmri.implementation.DefaultSignalMastLogic.DestinationMast> destList

editor

LayoutEditor editor

facingBlock

LayoutBlock facingBlock

remoteProtectingBlock

LayoutBlock remoteProtectingBlock

disposing

boolean disposing

inWait

volatile boolean inWait

propertyDestinationMastListener

protected java.beans.PropertyChangeListener propertyDestinationMastListener

The listener on the destination Signal Mast.

propertySourceMastListener

protected java.beans.PropertyChangeListener propertySourceMastListener

The listener on the source Signal Mast.

Constructor Detail

DefaultSignalMastLogic

public DefaultSignalMastLogic(@Nonnull
                              SignalMast source)

Initialise a Signal Mast Logic for a given source Signal Mast.

Parameters:

source - The Signal Mast we are configuring an SML for

Method Detail

setFacingBlock

public void setFacingBlock(LayoutBlock facing)

Set the block facing our source signal mast.

Specified by:

setFacingBlock in interface SignalMastLogic

Parameters:

facing - The Layout Block facing the source Signal Mast

getFacingBlock

public LayoutBlock getFacingBlock()

Get the block defined as facing our source signal mast.

Specified by:

getFacingBlock in interface SignalMastLogic

Returns:

The Layout Block facing the source Signal Mast

getProtectingBlock

public LayoutBlock getProtectingBlock(@Nonnull
                                      SignalMast dest)

Get the block that the source signal is protecting on the path to the destination signal mast.

Specified by:

getProtectingBlock in interface SignalMastLogic

Parameters:

dest - controlled signal mast

Returns:

the Layout Block

getSourceMast

public SignalMast getSourceMast()

Get the Source Mast.

Specified by:

getSourceMast in interface SignalMastLogic

Returns:

Signal Mast object.

replaceSourceMast

public void replaceSourceMast(SignalMast oldMast,
                              SignalMast newMast)

Replace the existing source Signal Mast with another signal mast. This is for use with such tools as the Layout Editor where a signal mast in a certain location can be replaced with another, while the remainder of the configuration stays the same.

Specified by:

replaceSourceMast in interface SignalMastLogic

Parameters:

oldMast - Signal Mast currently configured as the source mast

newMast - Signal Mast to act as the replacement source mast

replaceDestinationMast

public void replaceDestinationMast(SignalMast oldMast,
                                   SignalMast newMast)

Replace the existing destination Signal Mast with another signal mast. This is for use with such tools as the Layout Editor where a signalmast in a certain location can be replaced with another, while the remainder of the configuration stays the same.

Specified by:

replaceDestinationMast in interface SignalMastLogic

Parameters:

oldMast - Signal Mast currently configured as the destination mast

newMast - Signal Mast to act as the replacement destination mast

setDestinationMast

public void setDestinationMast(SignalMast dest)

Set the destination signal mast for this SML.

Specified by:

setDestinationMast in interface SignalMastLogic

Parameters:

dest - controlled signal mast

isDestinationValid

public boolean isDestinationValid(SignalMast dest)

Check if signal mast is a destination signal mast in one of the logics

Specified by:

isDestinationValid in interface SignalMastLogic

Parameters:

dest - controlled signal mast

Returns:

true if destination is a destination mast in this object

getDestinationList

public java.util.List<SignalMast> getDestinationList()

Return a list of all Signal Masts that have been configured as Destination Masts on this SML.

Specified by:

getDestinationList in interface SignalMastLogic

Returns:

A list of Signal Mast objects

getComment

public java.lang.String getComment(SignalMast dest)

Get the comment set on this SML.

Specified by:

getComment in interface SignalMastLogic

Parameters:

dest - the mast to get the comment from

Returns:

the comment or an empty string

setComment

public void setComment(java.lang.String comment,
                       SignalMast dest)

Set the comment for this SML.

Specified by:

setComment in interface SignalMastLogic

Parameters:

comment - text to add as comment

dest - signal mast to add comment to

setStore

public void setStore(int store,
                     SignalMast destination)

Determine if the signal mast logic is stored in the panel file and if all the information is stored.

Specified by:

setStore in interface SignalMastLogic

Parameters:

store - one of SignalMastLogic.STOREALL, SignalMastLogic.STOREMASTSONLY or SignalMastLogic.STORENONE

destination - controlled signal mast

getStoreState

public int getStoreState(SignalMast destination)

Return where the signal mast logic should be stored, if so how much.

Specified by:

getStoreState in interface SignalMastLogic

Parameters:

destination - controlled signal mast

Returns:

one of SignalMastLogic.STOREALL, SignalMastLogic.STOREMASTSONLY or SignalMastLogic.STORENONE

setEnabled

public void setEnabled(SignalMast dest)

Set the logic to the destination signal mast to Enabled.

Specified by:

setEnabled in interface SignalMastLogic

Parameters:

dest - controlled signal mast

setDisabled

public void setDisabled(SignalMast dest)

Set the logic to the destination signal mast to Disabled.

Specified by:

setDisabled in interface SignalMastLogic

Parameters:

dest - controlled signal mast

isEnabled

public boolean isEnabled(SignalMast dest)

Query if the Signal Mast Logic from the current source signal mast to the specified destination signal mast is enabled.

Specified by:

isEnabled in interface SignalMastLogic

Parameters:

dest - controlled signal mast

Returns:

true if enabled

isActive

public boolean isActive(SignalMast dest)

Query if the Signal Mast Logic from the current source signal mast to the destination signal mast is active.

Specified by:

isActive in interface SignalMastLogic

Parameters:

dest - controlled signal mast

Returns:

true if active; false otherwise

getActiveDestination

public SignalMast getActiveDestination()

Get the active destination Signal Mast for this Signal Mast Logic.

Specified by:

getActiveDestination in interface SignalMastLogic

Returns:

the active signal mast or null if none

removeDestination

public boolean removeDestination(SignalMast dest)

Remove the destination signal mast as a pair in this SML.

Specified by:

removeDestination in interface SignalMastLogic

Parameters:

dest - controlled signal mast

Returns:

true if there are no more destination signal masts

disableLayoutEditorUse

public void disableLayoutEditorUse()

Specified by:

disableLayoutEditorUse in interface SignalMastLogic

useLayoutEditor

public void useLayoutEditor(boolean boo,
                            SignalMast destination)
                     throws JmriException

Set whether this logic should use the details stored in the Layout Editor to determine which blocks, turnouts will make up the logic between the source and destination signal mast.

Specified by:

useLayoutEditor in interface SignalMastLogic

Parameters:

boo - Use the Layout Editor details to determine logic details

destination - the Destination Signal Mast

Throws:

JmriException - if a path on the layout editor is not valid

setupDirectionSensors

public int setupDirectionSensors()

Add direction sensors to SML

Specified by:

setupDirectionSensors in interface SignalMastLogic

Returns:

number of errors

removeDirectionSensors

public void removeDirectionSensors()

remove direction sensors from SML need to autoActiveTrains.

Specified by:

removeDirectionSensors in interface SignalMastLogic

useLayoutEditor

public boolean useLayoutEditor(SignalMast destination)

Query if we are using the Layout Editor panels to build the signal mast logic, blocks, turnouts.

Specified by:

useLayoutEditor in interface SignalMastLogic

Parameters:

destination - Destination Signal Mast

Returns:

true if we are using the Layout Editor to build the signal mast logic.

useLayoutEditorDetails

public void useLayoutEditorDetails(boolean turnouts,
                                   boolean blocks,
                                   SignalMast destination)
                            throws JmriException

Set whether this logic should use the information from the Layout Editor for either blocks or turnouts.

Specified by:

useLayoutEditorDetails in interface SignalMastLogic

Parameters:

turnouts - set false if not to use the turnout information gathered from the layout editor

blocks - set false if not to use the block information gathered from the layout editor

destination - Destination Signal Mast

Throws:

JmriException - if a path on the layout editor is not valid

useLayoutEditorBlocks

public boolean useLayoutEditorBlocks(SignalMast destination)

Query if we are using the Layout Editor block information in the signal mast logic.

Specified by:

useLayoutEditorBlocks in interface SignalMastLogic

Parameters:

destination - Destination Signal Mast

Returns:

true if we are using the block information from the Layout Editor.

useLayoutEditorTurnouts

public boolean useLayoutEditorTurnouts(SignalMast destination)

Query if we are using the Layout Editor turnout information in the signal mast logic.

Specified by:

useLayoutEditorTurnouts in interface SignalMastLogic

Parameters:

destination - controlled signal mast

Returns:

true if we are using the turnout information from the Layout Editor.

getAssociatedSection

public Section getAssociatedSection(SignalMast destination)

Return the Section configured between the source and destination mast.

Specified by:

getAssociatedSection in interface SignalMastLogic

Parameters:

destination - controlled signal mast

Returns:

The section object

setAssociatedSection

public void setAssociatedSection(Section sec,
                                 SignalMast destination)

Define a Section between the source and destination mast.

Specified by:

setAssociatedSection in interface SignalMastLogic

Parameters:

sec - The section

destination - controlled signal mast

allowAutoMaticSignalMastGeneration

public boolean allowAutoMaticSignalMastGeneration(SignalMast destination)

Query if we are allowing the system to automatically generate a list of conflicting Signal Mast that have a direct effect on our logic.

Specified by:

allowAutoMaticSignalMastGeneration in interface SignalMastLogic

Parameters:

destination - controlled signal mast

Returns:

true if this is allowed.

allowAutoMaticSignalMastGeneration

public void allowAutoMaticSignalMastGeneration(boolean allow,
                                               SignalMast destination)

Sets whether we should allow the system to automatically generate a list of signal masts that could cause a conflicting route.

Specified by:

allowAutoMaticSignalMastGeneration in interface SignalMastLogic

Parameters:

allow - set true if we are to allow automatic generation.

destination - controlled signal mast

allowTurnoutLock

public void allowTurnoutLock(boolean lock,
                             SignalMast destination)

Sets whether we should lock all turnouts between the source and destination signal masts when the logic goes active, to prevent them from being changed. This is dependant upon the hardware allowing for this.

Specified by:

allowTurnoutLock in interface SignalMastLogic

Parameters:

lock - set true if the system should lock the turnout.

destination - controlled signal mast

isTurnoutLockAllowed

public boolean isTurnoutLockAllowed(SignalMast destination)

Query if we are allowing the system to lock turnouts when the logic goes active.

Specified by:

isTurnoutLockAllowed in interface SignalMastLogic

Parameters:

destination - controlled signal mast

Returns:

true if locking is allowed.

setTurnouts

public void setTurnouts(java.util.Hashtable<NamedBeanHandle<Turnout>,java.lang.Integer> turnouts,
                        SignalMast destination)

Set the states that each control turnout must be in for the source signal mast not to be set to a Stop aspect.

Specified by:

setTurnouts in interface SignalMastLogic

Parameters:

turnouts - A list of named turnouts and their respective set to state to check

destination - controlled signal mast

setAutoTurnouts

public void setAutoTurnouts(java.util.Hashtable<Turnout,java.lang.Integer> turnouts,
                            SignalMast destination)

Set which turnouts must be set to a given state for the signal mast not to be set to a Stop aspect. These Turnouts are not stored in the panel file.

Specified by:

setAutoTurnouts in interface SignalMastLogic

Parameters:

turnouts - map of turnouts and their respective set to state

destination - controlled signal mast

setBlocks

public void setBlocks(java.util.Hashtable<Block,java.lang.Integer> blocks,
                      SignalMast destination)

Set which blocks must be in a given state for the signal mast not to be set to a Stop aspect.

Specified by:

setBlocks in interface SignalMastLogic

Parameters:

blocks - map of Blocks and their respective set to state

destination - controlled signal mast

setAutoBlocks

public void setAutoBlocks(java.util.LinkedHashMap<Block,java.lang.Integer> blocks,
                          SignalMast destination)

Set which blocks must be in a given state for the signal mast not to be set to a Stop aspect. These blocks are not stored in the panel file.

Specified by:

setAutoBlocks in interface SignalMastLogic

Parameters:

blocks - map of Blocks and their respective set to state to be checked

destination - controlled signal mast

setMasts

public void setMasts(java.util.Hashtable<SignalMast,java.lang.String> masts,
                     SignalMast destination)

Set which control signal masts must be in a given state before our source mast can be set.

Specified by:

setMasts in interface SignalMastLogic

Parameters:

masts - map of control signal masts and respective set to states to be checked

destination - controlled signal mast

setAutoMasts

public void setAutoMasts(java.util.Hashtable<SignalMast,java.lang.String> masts,
                         SignalMast destination)

Set which control signal masts must be in a given state before our source mast can be set. These Signal Masts are not stored in the panel file.

Specified by:

setAutoMasts in interface SignalMastLogic

Parameters:

masts - list of control signal masts and their respective set to state to be checked

destination - controlled signal mast

setSensors

public void setSensors(java.util.Hashtable<NamedBeanHandle<Sensor>,java.lang.Integer> sensors,
                       SignalMast destination)

Set which sensors must be in a given state before our source signal mast can be set.

Specified by:

setSensors in interface SignalMastLogic

Parameters:

sensors - The Sensors to be checked

destination - controlled signal mast

addSensor

public void addSensor(java.lang.String sensorName,
                      int state,
                      SignalMast destination)

Add an individual control Sensor and its set to state to the Signal Mast Logic.

Specified by:

addSensor in interface SignalMastLogic

Parameters:

sensorName - The sensor to be removed

state - Integer representing the state the control Sensor should be in

destination - controlled signal mast

removeSensor

public void removeSensor(java.lang.String sensorName,
                         SignalMast destination)

Remove an individual control Sensor from the Signal Mast Logic.

Specified by:

removeSensor in interface SignalMastLogic

Parameters:

sensorName - The sensor to be removed

destination - controlled signal mast

removeSensor

public void removeSensor(Sensor sen,
                         SignalMast destination)

getBlocks

public java.util.List<Block> getBlocks(SignalMast destination)

Return the Layout Blocks that have been defined by the user to control the SML to the destination mast.

Specified by:

getBlocks in interface SignalMastLogic

Parameters:

destination - controlled signal mast

Returns:

A list of Block objects

getAutoBlocks

public java.util.List<Block> getAutoBlocks(SignalMast destination)

Return all the blocks that have been detected as being in use for this logic. This includes blocks on level xings that are not directly in the path but do have an effect on the logic.

Specified by:

getAutoBlocks in interface SignalMastLogic

Parameters:

destination - controlled signal mast

Returns:

A list of Block objects

getAutoBlocksBetweenMasts

public java.util.List<Block> getAutoBlocksBetweenMasts(SignalMast destination)

Return a list of blocks just that have been detected as being directly between the source and destination mast. The order of the blocks in the list is the order in which they are connected.

Specified by:

getAutoBlocksBetweenMasts in interface SignalMastLogic

Parameters:

destination - controlled signal mast

Returns:

A list of block objects

getTurnouts

public java.util.List<Turnout> getTurnouts(SignalMast destination)

Return the Turnouts that have been defined by the user to control the SML to the destination mast.

Specified by:

getTurnouts in interface SignalMastLogic

Parameters:

destination - controlled signal mast

Returns:

A list of Turnout objects

getNamedTurnouts

public java.util.List<NamedBeanHandle<Turnout>> getNamedTurnouts(SignalMast destination)

Return the Turnouts that have been defined by the user to control the SML to the destination mast as NamedBeanHandles.

Specified by:

getNamedTurnouts in interface SignalMastLogic

Parameters:

destination - controlled signal mast

Returns:

A list of Turnout NamedBeanHandles

removeTurnout

public void removeTurnout(Turnout turn,
                          SignalMast destination)

getAutoTurnouts

public java.util.List<Turnout> getAutoTurnouts(SignalMast destination)

Return only the turnouts that have been detected as being directly between the source and destination mast. The order of the turnouts in the list is the order in which they are connected.

Specified by:

getAutoTurnouts in interface SignalMastLogic

Parameters:

destination - controlled signal mast

Returns:

A list of turnout objects

getSensors

public java.util.List<Sensor> getSensors(SignalMast destination)

Return the Sensors that have been defined by the user to control the SML to the destination mast.

Specified by:

getSensors in interface SignalMastLogic

Parameters:

destination - controlled signal mast

Returns:

A list of Sensor objects

getNamedSensors

public java.util.List<NamedBeanHandle<Sensor>> getNamedSensors(SignalMast destination)

Return the Sensors that have been defined by the user to control the SML to the destination mast as NamedBeanHandles.

Specified by:

getNamedSensors in interface SignalMastLogic

Parameters:

destination - controlled signal mast

Returns:

A list of Sensor NamedBeanHandles

getSignalMasts

public java.util.List<SignalMast> getSignalMasts(SignalMast destination)

Return the Signal Masts that have been defined by the user to control the SML to the destination mast.

Specified by:

getSignalMasts in interface SignalMastLogic

Parameters:

destination - controlled signal mast

Returns:

A list of Signal Mast objects

getAutoMasts

public java.util.List<SignalMast> getAutoMasts(SignalMast destination)

Return a list of control masts that have been automatically detected as being directly between the source and destination mast. The order of the control masts in the list is the order in which they are connected.

Specified by:

getAutoMasts in interface SignalMastLogic

Parameters:

destination - controlled signal mast

Returns:

A list of signal mast objects

initialise

public void initialise()

General method to initialise all SMLs on the source SIgnal Mast using destList

Specified by:

initialise in interface SignalMastLogic

initialise

public void initialise(SignalMast destination)

Initialise the signal mast after all the parameters have been set.

Specified by:

initialise in interface SignalMastLogic

Parameters:

destination - controlled signal mast

setupLayoutEditorTurnoutDetails

public java.util.LinkedHashMap<Block,java.lang.Integer> setupLayoutEditorTurnoutDetails(java.util.List<LayoutBlock> blks,
                                                                                              SignalMast destination)

Set the auto turnouts based upon a given list of layout blocks for a specific destination mast.

Specified by:

setupLayoutEditorTurnoutDetails in interface SignalMastLogic

Parameters:

blks - List of Layout Blocks.

destination - Destination Signal Mast

Returns:

A LinkedHashMap of the original blocks and their required state, plus any blocks found on double cross-overs that also need to be un-occupied.

setupLayoutEditorDetails

public void setupLayoutEditorDetails()

Set up a Signal Mast Logic from the Layout Editor panel where its source Signal Mast is present, when useLayoutEditor is set to true.

Specified by:

setupLayoutEditorDetails in interface SignalMastLogic

checkStates

boolean checkStates()

Check if routes to the destination Signal Mast are clear.

Returns:

true if the path to the next signal is clear

areBlocksIncluded

public boolean areBlocksIncluded(java.util.List<Block> blks)

Returns true if any of the blocks in the supplied list are included in any of the logics that set this signal.

Specified by:

areBlocksIncluded in interface SignalMastLogic

Parameters:

blks - A list of Layout Blocks to query against

Returns:

whether all supplied blocks are in at least one of the logics

getBlockState

public int getBlockState(Block block,
                         SignalMast destination)

Return the Set To State of a control block as it is configured between the source and destination mast.

Specified by:

getBlockState in interface SignalMastLogic

Parameters:

block - The Control Layout Block

destination - controlled signal mast

Returns:

Integer representing the state the control block should be in

isBlockIncluded

public boolean isBlockIncluded(Block block,
                               SignalMast destination)

Check whether the Block is part of at least one of the logics.

Specified by:

isBlockIncluded in interface SignalMastLogic

Parameters:

block - a layout block

destination - controlled signal mast

Returns:

true if block is included in any of the Signal Mast Logics that set destination

isTurnoutIncluded

public boolean isTurnoutIncluded(Turnout turnout,
                                 SignalMast destination)

Check if a turnout is part of at least one of the logics that set a signal mast.

Specified by:

isTurnoutIncluded in interface SignalMastLogic

Parameters:

turnout - the turnout to check

destination - controlled signal mast

Returns:

true if turnout is included in any of the Signal Mast Logics that set destination

isSensorIncluded

public boolean isSensorIncluded(Sensor sensor,
                                SignalMast destination)

Check if a sensor is part of at least one of the logics that set a SignalMast.

Specified by:

isSensorIncluded in interface SignalMastLogic

Parameters:

sensor - the sensor to check

destination - controlled signal

Returns:

true if sensor is included in any of the Signal Mast Logics that set destination

isSignalMastIncluded

public boolean isSignalMastIncluded(SignalMast signal,
                                    SignalMast destination)

Check if a signal mast is part of at least one of the logics that set another signal mast.

Specified by:

isSignalMastIncluded in interface SignalMastLogic

Parameters:

signal - the signal mast to check

destination - controlled signal mast

Returns:

true if signal is included in any of the Signal Mast Logics that set destination

getAutoBlockState

public int getAutoBlockState(Block block,
                             SignalMast destination)

Return the Set State of a control block as it is configured between the source and destination mast.

Specified by:

getAutoBlockState in interface SignalMastLogic

Parameters:

block - The Control Layout Block.

destination - controlled signal mast

Returns:

The int value representing the occupancy state that the block should show

getSensorState

public int getSensorState(Sensor sensor,
                          SignalMast destination)

Return the Set To State of a control Sensor as it is configured between the source and destination mast.

Specified by:

getSensorState in interface SignalMastLogic

Parameters:

sensor - The Control Sensor

destination - controlled signal mast

Returns:

Integer representing the state the control Sensor should be in

getTurnoutState

public int getTurnoutState(Turnout turnout,
                           SignalMast destination)

Return the Set State of a control Turnout as it is configured between the source and destination mast.

Specified by:

getTurnoutState in interface SignalMastLogic

Parameters:

turnout - The Control Turnout

destination - controlled signal mast

Returns:

Integer representing the state the control Sensor should be in

getAutoTurnoutState

public int getAutoTurnoutState(Turnout turnout,
                               SignalMast destination)

Return the Set State of a control turnout as it is configured between the source and destination mast.

Specified by:

getAutoTurnoutState in interface SignalMastLogic

Parameters:

turnout - The Control Turnout

destination - controlled signal mast

Returns:

The name of the Aspect the Control Mast should display

getSignalMastState

public java.lang.String getSignalMastState(SignalMast mast,
                                           SignalMast destination)

Return the Set To State (Aspect) of a control Signal Mast as it is configured between the source and destination mast.

Specified by:

getSignalMastState in interface SignalMastLogic

Parameters:

mast - The Control Signal Mast

destination - controlled signal mast

Returns:

Integer representing the state the control Signal Mast should be in

getAutoSignalMastState

public java.lang.String getAutoSignalMastState(SignalMast mast,
                                               SignalMast destination)

Return the Set State (Aspect) of a control mast as it is configured between the source and destination mast.

Specified by:

getAutoSignalMastState in interface SignalMastLogic

Parameters:

mast - The Control Signal Mast

destination - controlled signal mast

Returns:

The name of the Aspect the Control Mast should display

getMaximumSpeed

public float getMaximumSpeed(SignalMast destination)

Get the Maximum Speed set for the destination Signal Mast in this SML.

Specified by:

getMaximumSpeed in interface SignalMastLogic

Parameters:

destination - the destination mast

Returns:

A number representing the speed

setSignalAppearance

void setSignalAppearance()

Before going active or checking that we can go active, wait 500ms for things to settle down to help prevent a race condition.

setMastAppearance

void setMastAppearance()

Evaluate the destination signal mast Aspect and set ours accordingly.

setConflictingLogic

public void setConflictingLogic(SignalMast sm,
                                LevelXing lx)

Add control elements for a SML pair containing a destination signal mast that itself is skipped as it is incompatible with an SML around a level crossing.

Specified by:

setConflictingLogic in interface SignalMastLogic

Parameters:

sm - The destination Signal Mast

lx - The LevelXing Layout Editor element

removeConflictingLogic

public void removeConflictingLogic(SignalMast sm,
                                   LevelXing lx)

Remove control elements for a SML pair containing a destination signal mast that itself is incompatible with an SML around a level crossing.

Specified by:

removeConflictingLogic in interface SignalMastLogic

Parameters:

sm - The destination Signal Mast

lx - The LevelXing Layout Editor element

vetoableChange

public void vetoableChange(java.beans.PropertyChangeEvent evt)
                    throws java.beans.PropertyVetoException

Description copied from class: AbstractNamedBean

Specified by:

vetoableChange in interface NamedBean

Specified by:

vetoableChange in interface SignalMastLogic

Specified by:

vetoableChange in interface java.beans.VetoableChangeListener

Overrides:

vetoableChange in class AbstractNamedBean

Throws:

java.beans.PropertyVetoException

dispose

public void dispose()

Note: This does not stop any delayed operations that might be queued.

Specified by:

dispose in interface NamedBean

Specified by:

dispose in interface SignalMastLogic

Overrides:

dispose in class AbstractNamedBean

getBeanType

public java.lang.String getBeanType()

For instances in the code where we are dealing with just a bean and a message needs to be passed to the user or in a log.

Specified by:

getBeanType in interface NamedBean

Returns:

a string of the bean type, eg Turnout, Sensor etc

getState

public int getState()

No valid integer state, always return a constant.

Specified by:

getState in interface NamedBean

Returns:

Always zero

setState

public void setState(int i)

Description copied from interface: NamedBean

Provide generic access to internal state.

This generally shouldn't be used by Java code; use the class-specific form instead (e.g. setCommandedState in Turnout). This is provided to make scripts access easier to read.

Specified by:

setState in interface NamedBean

Parameters:

i - the state

getUsageReport

public java.util.List<NamedBeanUsageReport> getUsageReport(NamedBean bean)

Get a list of references for the specified bean.

Specified by:

getUsageReport in interface NamedBean

Parameters:

bean - The bean to be checked.

Returns:

a list of NamedBeanUsageReports or an empty ArrayList.