swarm.objectbase
Class CustomProbeMapImpl
java.lang.Object
|
+--swarm.BaseImpl
|
+--swarm.objectbase.CustomProbeMapImpl
- public class CustomProbeMapImpl
- extends BaseImpl
- implements ProbeMap, ProbeMapS, CustomProbeMapS, CustomProbeMap
A subclass of ProbeMap, whose initial state is empty unlike the default probeMap initial state which contains all the VarProbes of the requested target class..
This subclass of the ProbeMap is used to create probe maps which are initialised in an emtpy state or with the VarProbes and MessageProbes intended. In other words, the probed class is set, as is the case with the normal ProbeMap class but upon createEnd no VarProbes or MessageProbes will be present within it. This feature is useful when creating a probe map from scratch (e.g. to be used in conjunction with the setProbeMap:For: message of the ProbeLibrary).
Methods implemented by this class for interface swarm.defobj.Drop |
drop |
Methods implemented by this class for interface swarm.defobj.DefinedObject |
compare,
describe,
describeID,
getDisplayName,
getTypeName,
getZone,
perform,
perform$with,
perform$with$with,
perform$with$with$with,
respondsTo,
setDisplayName,
xfprint,
xfprintid,
xprint,
xprintid |
Methods implemented by this class for interface swarm.defobj.GetName |
getName |
Methods inherited from class java.lang.Object |
equals,
getClass,
hashCode,
notify,
notifyAll,
toString,
wait,
wait,
wait |
CustomProbeMapImpl
public CustomProbeMapImpl()
CustomProbeMapImpl
public CustomProbeMapImpl(Zone aZone)
- The create: message creates a new instance of a type with default options. The zone argument specifies the source of storage for the new object. The receiving object of this message is a previously defined type object. The message is declared as a class message (with a + declaration tag) to indicate that the message is accepted only by the type object itself rather than an already created instance of the type (which a - declaration tag otherwise defines). The create: message returns the new object just created. This object is an instance of some class selected to implement the type. The class which a type selects to implement an object may be obtained by the getClass message, but is not otherwise visible to the calling program. A caller never refers to any class name when creating objects using these messages, only to type names, which are automatically published as global constants from any @protocol declaration.