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java.lang.Objectdip.order.Order
dip.order.Move
dip.order.Retreat
Implementation of the Retreat order.
Note that a Retreat order is a Move order. Retreat orders are issued instead of Move orders during the Retreat phase, by OrderParser.
Convoy options are not valid in Retreat orders.
Field Summary |
Fields inherited from class dip.order.Move |
_fmtIsAdjWithConvoy, _hasLandRoute, _isAdjWithPossibleConvoy, _isConvoyIntent, _isViaConvoy, convoyRoutes, dest |
Fields inherited from class dip.order.Order |
ORD_VAL_BORDER, power, src, srcUnitType |
Constructor Summary | |
protected |
Retreat()
Creates a Retreat order |
protected |
Retreat(Power power,
Location src,
Unit.Type srcUnitType,
Location dest)
Creates a Retreat order |
Method Summary | |
void |
determineDependencies(Adjudicator adjudicator)
Retreat orders are only dependent on other retreat orders that are moving to the same destination. |
boolean |
equals(java.lang.Object obj)
Determines if the orders are equal. |
void |
evaluate(Adjudicator adjudicator)
If a retreat is valid, it will be successfull unless there exists one or more retreats to the same destination. |
java.lang.String |
getFullName()
Returns the Full name of the Order (e.g., "Hold" for a Hold order) |
boolean |
isByConvoy()
Retreats are never convoyed; this will always return false. |
void |
validate(TurnState state,
ValidationOptions valOpts,
RuleOptions ruleOpts)
Validate the order. |
void |
verify(Adjudicator adjudicator)
No verification is performed. |
Methods inherited from class dip.order.Move |
formatConvoyRoute, formatConvoyRoute, getBriefName, getConvoyRoute, getConvoyRoutes, getDefaultFormat, getDest, isAdjWithPossibleConvoy, isConvoying, isConvoyIntent, isViaConvoy, toBriefString, toFullString, validateTheoreticalConvoyRoute |
Methods inherited from class dip.order.Order |
addSupportsOfAndMovesToSource, appendBrief, appendFull, checkPower, checkSeasonAdjustment, checkSeasonMovement, checkSeasonRetreat, getPower, getSource, getSourceUnitType, getValidatedUnitType, toFormattedString, toString, validate |
Methods inherited from class java.lang.Object |
clone, finalize, getClass, hashCode, notify, notifyAll, wait, wait, wait |
Constructor Detail |
protected Retreat(Power power, Location src, Unit.Type srcUnitType, Location dest)
protected Retreat()
Method Detail |
public boolean isByConvoy()
public java.lang.String getFullName()
Orderable
getFullName
in interface Orderable
getFullName
in class Move
public boolean equals(java.lang.Object obj)
Order
Note that full equality MUST be implemented for each subclassed Order object! Subclasses are advised to call the super method for assistance.
equals
in class Move
public void validate(TurnState state, ValidationOptions valOpts, RuleOptions ruleOpts) throws OrderException
Order
This checks the order for legality. An order is not considered to be well-formed until it has been validated. It validates locations (at the least), and other order syntax as appropriate, throwing exceptions if there is a conflict.
This is used by the UI to flag bad orders, as well as by the adjudicator to eliminate bad orders before processing.
Important Note:
The only state that should be assumed is the following: 1) orders for this power (if entered) 2) the positions of all units. Thus, the orders of units not controlled by this power may not be known (in multiplayer games, this information would not be available until adjudication took place). DO NOT assume order information for the units of any power other than that of this unit/order!
Usage Notes:
Subclasses should generally call super.validate() before performing additional validation.
There should be no side effects of calling validate() multiple times, nor should behavior differ between multiple calls of validate(), given the same order.
validate
in interface Orderable
validate
in class Move
OrderException
public void verify(Adjudicator adjudicator)
verify
in interface Orderable
verify
in class Move
public void determineDependencies(Adjudicator adjudicator)
determineDependencies
in interface Orderable
determineDependencies
in class Move
public void evaluate(Adjudicator adjudicator)
evaluate
in interface Orderable
evaluate
in class Move
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