Class Attachment

java.lang.Object
VASSAL.search.AbstractImageFinder
VASSAL.counters.Decorator
VASSAL.counters.Attachment
All Implemented Interfaces:
PropertyNameSource, PropertySource, EditablePiece, GamePiece, PropertyExporter, StateMergeable, TranslatablePiece, PersistentPropertyContainer, Auditable, ImageSearchTarget, SearchTarget, RecursionLimiter.Loopable
public class Attachment extends Decorator implements TranslatablePiece, RecursionLimiter.Loopable
Trait allowing creation of an "attachment" to one or more other pieces, which can then be sent GKCs very swiftly and whose properties can be easily read (and if a Dynamic Property can also be set with a Set Global Property trait)

  • Field Details

  • Constructor Details

    • Attachment

      public Attachment()

    • Attachment

      public Attachment(String type, GamePiece inner)

  • Method Details

    • isAutoAttach

      public boolean isAutoAttach()

    • isAllowSelfAttach

      public boolean isAllowSelfAttach()

    • getAttachList

      public static List<GamePiece> getAttachList(GamePiece piece, String attachmentName)
      Return the named attachment list on the supplied GamePiece
      Parameters:
      attachmentName - Attachment name to look up
      Returns:
      List of attached pieces

    • mySetType

      public void mySetType(String type)
      Description copied from interface: EditablePiece
      Sets the information for this piece. See Decorator.myGetType()
      Specified by:
      mySetType in interface EditablePiece
      Parameters:
      type - a serialized configuration string to set the "type information" of this piece, which is information that doesn't change during the course of a single game (e.g. Image Files, Context Menu strings, etc). Typically ready to be processed e.g. by SequenceEncoder.decode()

    • myGetType

      public String myGetType()
      Description copied from class: Decorator
      The "type information" of a piece or trait is information that does not change during the course of a game. Image file names, context menu strings, etc., all should be reflected in the type. The type information is returned serialized string form, ready to be decoded by a SequenceEncoder#decode.
      Specified by:
      myGetType in class Decorator
      Returns:
      the type information of this trait alone
      See Also:

    • myGetKeyCommands

      protected KeyCommand[] myGetKeyCommands()
      Specified by:
      myGetKeyCommands in class Decorator
      Returns:
      the key commands for this trait alone
      See Also:

    • myGetState

      public String myGetState()
      Description copied from class: Decorator
      The "state information" is "game state" information that can change during the course of a game. State information is saved when the game is saved and is transferred between players on the server. For example, the relative order of pieces in a stack is state information, but whether the stack is expanded is not.
      Specified by:
      myGetState in class Decorator
      Returns:
      the game state information of this trait alone
      See Also:

    • attach

      public Command attach()
      Runs a search using the provided filter (same as a Global Key Command), and any matching pieces become our attachments (stored in our "contents" list)
      Returns:
      Command to replicate action

    • clearAll

      public Command clearAll()
      Clears all existing attachment(s)
      Returns:
      Command to replicate action

    • clearMatching

      public Command clearMatching()

    • myKeyEvent

      public Command myKeyEvent(KeyStroke stroke)
      Description copied from class: Decorator
      The response of this trait alone to the given KeyStroke or the virtual keystroke of a NamedKeyStroke. NamedKeyStrokes are allocated a unique internal KeyStroke when they are first used in a module, and that KeyStroke is passed up and down the decorator stack to represent them (see NamedKeyStroke.getKeyStroke()).
      Specified by:
      myKeyEvent in class Decorator
      Parameters:
      stroke - KeyStroke to apply (to apply a Named Keystroke send NamedKeyStroke.getKeyStroke()
      Returns:
      Generated Command to reproduce any changes just made to to the game state, or null if no effect
      See Also:

    • getContents

      public List<GamePiece> getContents()

    • setContents

      public void setContents(List<GamePiece> newContents)

    • mySetState

      public void mySetState(String newState)
      Description copied from class: Decorator
      Sets the state of this-trait-only (inverse of Decorator.myGetState()). The "state information" is information that can change during the course of a game. State information is saved when the game is saved and is transferred between players on the server. For example, the relative order of pieces in a stack is state information, but whether the stack is expanded is not.
      Specified by:
      mySetState in class Decorator
      Parameters:
      newState - New state information serialized in string form, ready to be passed to a SequenceEncoder#decode.

    • autoAttach

      public void autoAttach(Attachment attach)
      Auto-attach to a piece 1. We must be in auto-attach mode 2. Must not already be attached to the piece. NOTE: Auto-attach is handled locally by each client, no Commands are generated
      Parameters:
      attach - Attachment trait within the target piece

    • resolvePendingAtttachment

      public void resolvePendingAtttachment(String target)
      An attachment could not be satisfied during game load. Game Load is now finished and the Attachment Manager is calling us to retry that attachment. This does not need to generate any Commands.
      Parameters:
      target - Id of target piece

    • hasTarget

      public boolean hasTarget(GamePiece p)
      Parameters:
      p - a particular game piece
      Returns:
      true if the given piece is on our list of targets

    • makeAddTargetCommand

      public Command makeAddTargetCommand(GamePiece p)
      Adds a target and returns a command to duplicate the operation on another client
      Parameters:
      p - target to add
      Returns:
      Command that adds the target

    • removeTarget

      public void removeTarget(GamePiece p)
      Removes a piece from our list of targets
      Parameters:
      p - Cargo to remove

    • makeRemoveTargetCommand

      public Command makeRemoveTargetCommand(GamePiece p)
      Removes a piece from our list of targets, and returns a Command to duplicate the changes on another client
      Parameters:
      p - targetGamePiece to be removed
      Returns:
      Command to remove the piece

    • boundingBox

      public Rectangle boundingBox()
      Specified by:
      boundingBox in interface GamePiece
      Returns:
      The area which this GamePiece occupies when drawn at the point (0,0)

    • draw

      public void draw(Graphics g, int x, int y, Component obs, double zoom)
      Description copied from interface: GamePiece
      Draw this GamePiece
      Specified by:
      draw in interface GamePiece
      Parameters:
      g - target Graphics object
      x - x-location of the center of the piece
      y - y-location of the center of the piece
      obs - the Component on which this piece is being drawn
      zoom - the scaling factor.

    • getName

      public String getName()
      Description copied from interface: GamePiece
      The plain English name for this piece
      Specified by:
      getName in interface GamePiece

    • getShape

      public Shape getShape()
      Specified by:
      getShape in interface GamePiece
      Returns:
      The shape of the piece from the user's viewpoint. This defines the area in which the user must click to select or move the piece, for example. Like GamePiece.boundingBox(), it assumes the position is (0,0) -- which to be clear is normally aligned with the CENTER of the piece image -- and must be translated to the actual location where the piece is being drawn. For most ordinary pieces, the shape returned here will simply be equivalent to the bounding box, but see NonRectangular.

    • getEditor

      public PieceEditor getEditor()
      Specified by:
      getEditor in interface EditablePiece
      Overrides:
      getEditor in class Decorator
      Returns:
      the configurer for this trait - the dialog which allows the editing the piece's type information. Default configurer is a SimplePieceEditor, but many traits will want to provide custom versions.

    • getDescription

      public String getDescription()
      Description copied from interface: EditablePiece
      A plain-English description of this type of trait/piece - includes data from fields where appropriate
      Specified by:
      getDescription in interface EditablePiece

    • getBaseDescription

      public String getBaseDescription()
      Description copied from interface: EditablePiece
      Support for a basic-name-only description introduced later, so this default retrofits it from the full description if an explicit one is not defined.
      Specified by:
      getBaseDescription in interface EditablePiece
      Returns:
      name of trait/piece type, w/o additional data

    • getDescriptionField

      public String getDescriptionField()
      Description copied from class: Decorator
      If Decorator contains a description *field*, returns the current contents of it.
      Overrides:
      getDescriptionField in class Decorator
      Returns:
      contents of "description" field, if it exists.

    • getPropertyPiece

      public GamePiece getPropertyPiece()
      Returns:
      first piece in our list of attachments that still exists (hasn't been deleted), or null if none

    • translatePropertyName

      public String translatePropertyName(Object key)
      Checks if a property reference could be a reference to a property on an attached piece
      Parameters:
      key - Property name to be checked if it's an attachment reference (it's a reference if it is attachName_propertyName
      Returns:
      propertyName for use in reading property from attached piece, if the key referenced a valid attachment property. (null otherwise)

    • getAttachName

      public String getAttachName()

    • getAttachCount

      public int getAttachCount()
      Returns:
      number of attached pieces, not counting any that have since been deleted (from the game).

    • getAttachedPieceAt

      public GamePiece getAttachedPieceAt(int index)
      Parameters:
      index - index (0-based)
      Returns:
      the attached piece at a given index (0-based)

    • getAttachList

      public List<GamePiece> getAttachList()
      Returns:
      A list of attached pieces, not counting any that have since been deleted (from the game)

    • getProperty

      public Object getProperty(Object key)
      Description copied from class: Decorator
      Properties can be associated with a piece -- many may be game-specific, but others are standard, such as the LocationName property exposed by BasicPiece -- and can be read through this interface. The properties may or may not need to be encoded in the piece's Decorator.getState() method. Properties include the value of e.g. Marker Traits, DynamicProperty Traits, and so forth. Furthermore they include the values of any visible "Global Property" in a Vassal module, whether at the module level, map level, or zone level -- but these "higher level" properties, coming from "outside the piece", CANNOT be written to by the Decorator.setProperty(Object, Object) method even though they can be read by this method -- in this sense the two methods are NOT perfect mirrors.

      Within a Trait/Decorator, default behavior is to process some requests directly (e.g. requests for our "inner" or "outer" link), process our *part* of certain other requests (e.g. request for our game state information we supply state information for this trait and then append any information obtained from passing the same request inward), and then for any other requests that we cannot process we simply pass the request to the next trait/member inward.

      When using this interface a piece's own properties are preferred to those of "Global Properties", and those in turn are searched Zone-first then Map, then Module.

      This method implements the PropertySource interface, which allows Global Properties to be read by other types of object than GamePieces.
      Specified by:
      getProperty in interface GamePiece
      Specified by:
      getProperty in interface PropertySource
      Overrides:
      getProperty in class Decorator
      Parameters:
      key - String key of property to be returned
      Returns:
      Object containing new value of the specified property

    • getLocalizedProperty

      public Object getLocalizedProperty(Object key)
      Description copied from class: Decorator
      Returns a localized translation of the specified property value, if available. Otherwise returns the non-localized version. See Decorator.getProperty(Object).
      Specified by:
      getLocalizedProperty in interface PropertySource
      Overrides:
      getLocalizedProperty in class Decorator
      Parameters:
      key - String key of property to be returned
      Returns:
      Object containing localized text of the specified property, if available, otherwise non-localized value

    • setProperty

      public void setProperty(Object key, Object value)
      Description copied from class: Decorator
      Within a Trait/Decorator, the default behavior when setting a property is to handle changing our own inner/outer links directly, to cache the selection state (while also passing it inward), and to simply pass every other property change request inward. A Trait with its own properties to maintain would intercept and process those requests, while sending the rest inward to the next member of the piece.

      Properties can be associated with a piece -- many may be game-specific, but others are standard, such as the LocationName property exposed by BasicPiece -- and can be set through this interface. The properties may or may not need to be encoded in the piece's Decorator.getState() method. Properties include the value of e.g. Marker Traits, DynamicProperty Traits, and so forth.

      NOTE: Not all properties maintained by traits can be "set" by setProperty, even though they can be read by getProperty -- they may be "read only" for instance. You will need to check the code for individual traits to see what they support in this regard.

      NOTE: Properties outside the piece CANNOT be set by this method (e.g. Global Properties), even though they can be read by Decorator.getProperty(Object) -- in this the two methods are not perfect mirrors.
      Specified by:
      setProperty in interface GamePiece
      Overrides:
      setProperty in class Decorator
      Parameters:
      key - String key of property to be changed
      value - Object containing new value of the property

    • testEquals

      public boolean testEquals(Object o)
      Description copied from class: Decorator
      Test if this Decorator's Class, Type and State are equal to another trait. Implementations of this method should compare the individual values of the fields that make up the Decorators Type and State. Implementations should NOT compare the values returned by myGetType() or myGetState(). This method is intended to be used by Unit Tests to verify that a trait is unchanged after going through a process such as serialization/deserialization.
      Overrides:
      testEquals in class Decorator
      Parameters:
      o - Object to compare this Decorator to
      Returns:
      true if the Class, type and state all match

    • getHelpFile

      public HelpFile getHelpFile()
      Specified by:
      getHelpFile in interface EditablePiece
      Returns:
      the help file for this trait

    • getPropertyNames

      public List<String> getPropertyNames()
      Return Property names exposed by this trait
      Specified by:
      getPropertyNames in interface PropertyNameSource
      Overrides:
      getPropertyNames in class Decorator
      Returns:
      List of property names "exposed" by this piece -- that are available to other Traits and components to read. Default behavior for a Trait is not to expose any properties, but Traits which should expose some (e.g. DynamicProperty or Marker) would provide an array of the property names here.

    • getExpressionList

      public List<String> getExpressionList()
      SearchTarget
      Specified by:
      getExpressionList in interface SearchTarget
      Overrides:
      getExpressionList in class Decorator
      Returns:
      a list of the Decorator's string/expression fields if any (for search)

    • getMenuTextList

      public List<String> getMenuTextList()
      SearchTarget
      Specified by:
      getMenuTextList in interface SearchTarget
      Overrides:
      getMenuTextList in class Decorator
      Returns:
      a list of any Menu/Button/Tooltip Text strings referenced in the Decorator, if any (for search)

    • getNamedKeyStrokeList

      public List<NamedKeyStroke> getNamedKeyStrokeList()
      SearchTarget
      Specified by:
      getNamedKeyStrokeList in interface SearchTarget
      Overrides:
      getNamedKeyStrokeList in class Decorator
      Returns:
      a list of any Named KeyStrokes referenced in the Decorator, if any (for search)

    • getPropertyList

      public List<String> getPropertyList()
      SearchTarget
      Specified by:
      getPropertyList in interface SearchTarget
      Overrides:
      getPropertyList in class Decorator
      Returns:
      a list of any Property Names referenced in the Decorator, if any (for search)