jadex.bdiv3x.BDIXMLReader Maven / Gradle / Ivy
package jadex.bdiv3x;
import java.util.ArrayList;
import java.util.Collections;
import java.util.Iterator;
import java.util.LinkedHashMap;
import java.util.List;
import java.util.Map;
import java.util.Set;
import java.util.StringTokenizer;
import jadex.bdiv3.features.impl.BDIAgentFeature;
import jadex.bdiv3.model.IBDIModel;
import jadex.bdiv3.model.MBelief;
import jadex.bdiv3.model.MBody;
import jadex.bdiv3.model.MCapability;
import jadex.bdiv3.model.MCapabilityReference;
import jadex.bdiv3.model.MCondition;
import jadex.bdiv3.model.MConfigBeliefElement;
import jadex.bdiv3.model.MConfigParameterElement;
import jadex.bdiv3.model.MConfiguration;
import jadex.bdiv3.model.MDeliberation;
import jadex.bdiv3.model.MElement;
import jadex.bdiv3.model.MElementRef;
import jadex.bdiv3.model.MGoal;
import jadex.bdiv3.model.MInternalEvent;
import jadex.bdiv3.model.MMessageEvent;
import jadex.bdiv3.model.MMessageEvent.Direction;
import jadex.bdiv3.model.MParameter;
import jadex.bdiv3.model.MParameter.EvaluationMode;
import jadex.bdiv3.model.MParameterElement;
import jadex.bdiv3.model.MPlan;
import jadex.bdiv3.model.MPlanParameter;
import jadex.bdiv3.model.MProcessableElement;
import jadex.bdiv3.model.MProcessableElement.ExcludeMode;
import jadex.bdiv3.model.MTrigger;
import jadex.bdiv3.model.SBDIModel;
import jadex.bdiv3.runtime.ChangeEvent;
import jadex.bridge.ClassInfo;
import jadex.bridge.IComponentIdentifier;
import jadex.bridge.IResourceIdentifier;
import jadex.bridge.modelinfo.Argument;
import jadex.bridge.modelinfo.ConfigurationInfo;
import jadex.bridge.modelinfo.UnparsedExpression;
import jadex.bridge.service.ProvidedServiceImplementation;
import jadex.bridge.service.ProvidedServiceInfo;
import jadex.bridge.service.component.BasicServiceInvocationHandler;
import jadex.bridge.service.types.message.MessageType;
import jadex.commons.SReflect;
import jadex.commons.Tuple;
import jadex.commons.Tuple2;
import jadex.commons.collection.MultiCollection;
import jadex.commons.transformation.IObjectStringConverter;
import jadex.commons.transformation.IStringObjectConverter;
import jadex.component.ComponentXMLReader;
import jadex.javaparser.javaccimpl.ExpressionNode;
import jadex.rules.eca.EventType;
import jadex.xml.AccessInfo;
import jadex.xml.AttributeConverter;
import jadex.xml.AttributeInfo;
import jadex.xml.IContext;
import jadex.xml.IPostProcessor;
import jadex.xml.LinkingInfo;
import jadex.xml.MappingInfo;
import jadex.xml.ObjectInfo;
import jadex.xml.StackElement;
import jadex.xml.SubobjectInfo;
import jadex.xml.TypeInfo;
import jadex.xml.XMLInfo;
import jadex.xml.bean.BeanObjectReaderHandler;
import jadex.xml.bean.IBeanObjectCreator;
import jadex.xml.reader.AReadContext;
import jadex.xml.reader.IObjectLinker;
import jadex.xml.stax.QName;
/**
* Reader for loading component XML models into a Java representation states.
*/
public class BDIXMLReader extends ComponentXMLReader
{
public static final IStringObjectConverter msgtypeconv = new IStringObjectConverter()
{
public Object convertString(String val, Object context) throws Exception
{
return MessageType.getMessageType(val);
}
};
public static final IObjectStringConverter remsgtypeconv = new IObjectStringConverter()
{
public String convertObject(Object val, Object context)
{
return ((MessageType)val).getName();
}
};
public static final IStringObjectConverter dirconv = new IStringObjectConverter()
{
public Object convertString(String val, Object context) throws Exception
{
return Direction.getDirection(val);
}
};
public static final IObjectStringConverter redirconv = new IObjectStringConverter()
{
public String convertObject(Object val, Object context)
{
return ((Direction)val).getString();
}
};
public static final IStringObjectConverter pdirconv = new IStringObjectConverter()
{
public Object convertString(String val, Object context) throws Exception
{
return jadex.bdiv3.model.MParameter.Direction.getDirection(val);
}
};
public static final IObjectStringConverter repdirconv = new IObjectStringConverter()
{
public String convertObject(Object val, Object context)
{
return ((jadex.bdiv3.model.MParameter.Direction)val).getString();
}
};
public static final IStringObjectConverter excludeconv = new IStringObjectConverter()
{
public Object convertString(String val, Object context) throws Exception
{
return MProcessableElement.ExcludeMode.getExcludeMode(val);
}
};
public static final IObjectStringConverter reexcludeconv = new IObjectStringConverter()
{
public String convertObject(Object val, Object context)
{
return ((ExcludeMode)val).toString();
}
};
public static final IStringObjectConverter evamodeconv = new IStringObjectConverter()
{
public Object convertString(String val, Object context) throws Exception
{
return MParameter.EvaluationMode.getEvaluationMode(val);
}
};
public static final IObjectStringConverter reevamodeconv = new IObjectStringConverter()
{
public String convertObject(Object val, Object context)
{
return ((EvaluationMode)val).toString();
}
};
public static final IStringObjectConverter exconf = new IStringObjectConverter()
{
public Object convertString(String val, Object context) throws Exception
{
return new UnparsedExpression(null, val);
}
};
public static final IObjectStringConverter rexconf = new IObjectStringConverter()
{
public String convertObject(Object val, Object context)
{
return ((UnparsedExpression)val).getValue();
}
};
/** The loader constant. */
public static final String CONTEXT_LOADER = "context_loader";
/** The loader for sub capabilities. */
protected BDIXModelLoader loader;
//-------- constructors --------
/**
* Create a new reader.
*/
public BDIXMLReader(BDIXModelLoader loader)
{
super(getXMLMapping("http://www.activecomponents.org/jadex-bdi"));
this.loader = loader;
}
//-------- methods --------
/**
* Add loader to context.
*/
public Map createContext()
{
Map ret = super.createContext();
ret.put(CONTEXT_LOADER, loader);
return ret;
}
/**
* Get the type of loaded models.
*/
protected String getModelType(String filename)
{
return filename.endsWith(BDIXModelLoader.FILE_EXTENSION_AGENT) ? BDIXComponentFactory.FILETYPE_AGENT : BDIXComponentFactory.FILETYPE_CAPABILITY;
}
/**
* Get the XML mapping.
*/
public static Set getXMLMapping(final String uri)
{
Set typeinfos = ComponentXMLReader.getXMLMapping(null, uri);
// Post processors.
final IPostProcessor expost = new ExpressionProcessor();
// IObjectStringConverter exconv = new ExpressionToStringConverter();
//
// IAttributeConverter exatconv = new AttributeConverter(null, exconv);
//
// Set typeinfos = new HashSet(ComponentXMLReader.getXMLMapping(null));
//
// final String uri = "http://www.activecomponents.org/jadex";
//
// typeinfos.add(new TypeInfo(new XMLInfo(new QName(uri, "exclude")), new ObjectInfo(new IBeanObjectCreator()
// {
// public Object createObject(IContext context, Map rawattributes) throws Exception
// {
// return rawattributes.get("parameterref");
// }
// }), new MappingInfo(null, new AttributeInfo[]
// {
// // Using URI doesn't work (bug in reader?)
// //new AttributeInfo(new AccessInfo(new QName(uri,"parameterref"), null, AccessInfo.IGNORE_READ))
// new AttributeInfo(new AccessInfo("parameterref", null, AccessInfo.IGNORE_READ))
// })));
//
typeinfos.add(new TypeInfo(new XMLInfo(new QName[]{new QName(uri, "capabilities"), new QName(uri, "capability")}), new ObjectInfo(MCapabilityReference.class)));
IObjectLinker condlinker = new IObjectLinker()
{
public void linkObject(Object object, Object parent, Object linkinfo, QName[] pathname, AReadContext context) throws Exception
{
if(object instanceof MCondition)
{
MGoal mgoal = (MGoal)parent;
String condtype = pathname[pathname.length-1].getLocalPart();
condtype = condtype.substring(0, condtype.length()-9);
mgoal.addCondition(condtype, (MCondition)object);
}
else if(object instanceof String && parent instanceof MGoal && context.getStackElement(context.getStackSize()-4).getObject() instanceof BDIXModel)
{
BDIXModel model = (BDIXModel)context.getStackElement(context.getStackSize()-4).getObject();
model.getCapability().addGoalReference(MElement.internalName((String)object), ((MElement)parent).getName());
}
else
{
context.getDefaultHandler().linkObject(object, parent, linkinfo, pathname, context);
}
}
};
TypeInfo ti_performgoal = new TypeInfo(new XMLInfo(new QName(uri, "performgoal")), new ObjectInfo(MGoal.class, new IPostProcessor()
{
public Object postProcess(IContext context, Object object)
{
// set or-success to false for perform goals
MGoal mgoal = (MGoal)object;
mgoal.setOrSuccess(false);
return object;
}
public int getPass()
{
return 0;
}
}),
new MappingInfo(null, new AttributeInfo[]{
new AttributeInfo(new AccessInfo("recalculate", "rebuild")),
new AttributeInfo(new AccessInfo("exclude", "excludeMode"), new AttributeConverter(excludeconv, reexcludeconv))
}, new SubobjectInfo[]{
new SubobjectInfo(new AccessInfo(new QName(uri, "parameterset"), "parameter")),
}), new LinkingInfo(condlinker));
TypeInfo ti_achievegoal = new TypeInfo(new XMLInfo(new QName(uri, "achievegoal")), new ObjectInfo(MGoal.class),
new MappingInfo(null, new AttributeInfo[]{
new AttributeInfo(new AccessInfo("recalculate", "rebuild")),
new AttributeInfo(new AccessInfo("exclude", "excludeMode"), new AttributeConverter(excludeconv, reexcludeconv))
}, new SubobjectInfo[]{
new SubobjectInfo(new AccessInfo(new QName(uri, "parameterset"), "parameter")),
}), new LinkingInfo(condlinker));
TypeInfo ti_querygoal = new TypeInfo(new XMLInfo(new QName(uri, "querygoal")), new ObjectInfo(MGoal.class, new IPostProcessor()
{
public Object postProcess(IContext context, Object object)
{
// create the implicit target condition
MGoal mgoal = (MGoal)object;
MCondition mcond = new MCondition(new UnparsedExpression("targetexp", "jadex.bdiv3.runtime.impl.RGoal.isQueryGoalFinished($goal)"));
List events = new ArrayList();
for(MParameter mparam: mgoal.getParameters())
{
jadex.bdiv3.model.MParameter.Direction dir = mparam.getDirection();
if(MParameter.Direction.OUT.equals(dir) || MParameter.Direction.INOUT.equals(dir))
{
// todo: capa not null
BDIAgentFeature.addParameterEvents(mgoal, null, events, mparam.getName(), null);
}
}
mcond.setEvents(events);
mgoal.addCondition(MGoal.CONDITION_TARGET, mcond);
return object;
}
public int getPass()
{
return 0;
}
}),
new MappingInfo(null, new AttributeInfo[]{
new AttributeInfo(new AccessInfo("recalculate", "rebuild")),
new AttributeInfo(new AccessInfo("exclude", "excludeMode"), new AttributeConverter(excludeconv, reexcludeconv))
}, new SubobjectInfo[]{
new SubobjectInfo(new AccessInfo(new QName(uri, "parameterset"), "parameter")),
}), new LinkingInfo(condlinker));
TypeInfo ti_maintaingoal = new TypeInfo(new XMLInfo(new QName(uri, "maintaingoal")), new ObjectInfo(MGoal.class),
new MappingInfo(null, new AttributeInfo[]{
new AttributeInfo(new AccessInfo("recalculate", "rebuild")),
new AttributeInfo(new AccessInfo("exclude", "excludeMode"), new AttributeConverter(excludeconv, reexcludeconv))
}, new SubobjectInfo[]{
new SubobjectInfo(new AccessInfo(new QName(uri, "parameterset"), "parameter")),
}), new LinkingInfo(condlinker));
TypeInfo ti_metagoal = new TypeInfo(new XMLInfo(new QName(uri, "metagoal")), new ObjectInfo(MGoal.class, new GoalMetaProc(true)),
new MappingInfo(null, new AttributeInfo[]{
new AttributeInfo(new AccessInfo("recalculate", "rebuild")),
new AttributeInfo(new AccessInfo("exclude", "excludeMode"), new AttributeConverter(excludeconv, reexcludeconv))
}, new SubobjectInfo[]{
new SubobjectInfo(new AccessInfo(new QName(uri, "parameterset"), "parameter")),
new SubobjectInfo(new AccessInfo(new QName[]{new QName(uri, "trigger"), new QName(uri, "goal")}, "triggerGoal"))
}), new LinkingInfo(condlinker));
// reset to not create MTrigger for metagoal goal triggers (are added as trigger goals)
// typeinfos.add(new TypeInfo(new XMLInfo(new QName[]{new QName(uri, "metagoal"), new QName(uri, "trigger")}), null));
typeinfos.add(ti_performgoal);
typeinfos.add(ti_achievegoal);
typeinfos.add(ti_querygoal);
typeinfos.add(ti_maintaingoal);
typeinfos.add(ti_metagoal);
typeinfos.add(new TypeInfo(new XMLInfo(new QName(uri, "performgoalref")), new ObjectInfo(MElementRef.class), null, null));
typeinfos.add(new TypeInfo(new XMLInfo(new QName(uri, "achievegoalref")), new ObjectInfo(MElementRef.class), null, null));
typeinfos.add(new TypeInfo(new XMLInfo(new QName(uri, "querygoalref")), new ObjectInfo(MElementRef.class), null, null));
typeinfos.add(new TypeInfo(new XMLInfo(new QName(uri, "maintaingoalref")), new ObjectInfo(MElementRef.class), null, null));
typeinfos.add(new TypeInfo(new XMLInfo(new QName(uri, "metagoalgoalref")), new ObjectInfo(MElementRef.class), null, null));
typeinfos.add(new TypeInfo(new XMLInfo(new QName(uri, "messageeventref")), new ObjectInfo(MElementRef.class), null, null));
typeinfos.add(new TypeInfo(new XMLInfo(new QName(uri, "internaleventref")), new ObjectInfo(MElementRef.class), null, null));
typeinfos.add(new TypeInfo(new XMLInfo(new QName(uri, "expressionref")), new ObjectInfo(MElementRef.class), null, null));
typeinfos.add(new TypeInfo(new XMLInfo(new QName(uri, "conditionref")), new ObjectInfo(MElementRef.class), null, null));
// typeinfos.add(new TypeInfo(new XMLInfo(new QName(uri, "creationcondition")), new ObjectInfo(OAVBDIMetaModel.condition_type, expost),
// new MappingInfo(null, null, OAVBDIMetaModel.expression_has_text)));
// typeinfos.add(new TypeInfo(new XMLInfo(new QName(uri, "dropcondition")), new ObjectInfo(OAVBDIMetaModel.condition_type, expost),
// new MappingInfo(null, null, OAVBDIMetaModel.expression_has_text)));
// typeinfos.add(new TypeInfo(new XMLInfo(new QName(uri, "targetcondition")), new ObjectInfo(OAVBDIMetaModel.condition_type, expost),
// new MappingInfo(null, null, OAVBDIMetaModel.expression_has_text)));
// typeinfos.add(new TypeInfo(new XMLInfo(new QName(uri, "maintaincondition")), new ObjectInfo(OAVBDIMetaModel.condition_type),
// new MappingInfo(null, null, OAVBDIMetaModel.expression_has_text)));
// typeinfos.add(new TypeInfo(new XMLInfo(new QName(uri, "recurcondition")), new ObjectInfo(OAVBDIMetaModel.condition_type),
// new MappingInfo(null, null, OAVBDIMetaModel.expression_has_text)));
// typeinfos.add(new TypeInfo(new XMLInfo(new QName[]{new QName(uri, "metagoal"), new QName(uri, "trigger")}), new ObjectInfo(OAVBDIMetaModel.metagoaltrigger_type)));
typeinfos.add(new TypeInfo(new XMLInfo(new QName(uri, "deliberation")), new ObjectInfo(MDeliberation.class),
new MappingInfo(null, new AttributeInfo[]{new AttributeInfo(new AccessInfo("cardinalityone", "cardinalityOne"))},
new SubobjectInfo[]{new SubobjectInfo(new XMLInfo(new QName(uri, "inhibits")), new AccessInfo("inhibits", "inhibitionExpression"))})));
typeinfos.add(new TypeInfo(new XMLInfo(new QName[]{new QName(uri, "inhibits")}), new ObjectInfo(UnparsedExpression.class, new IPostProcessor()
{
public Object postProcess(IContext context, Object object)
{
// internal name for cref
((UnparsedExpression)object).setName(MElement.internalName(((UnparsedExpression)object).getName()));
return object;
}
public int getPass()
{
return 0;
}
}),
new MappingInfo(null, null, "value", new AttributeInfo[]{
new AttributeInfo(new AccessInfo("class", "clazz"), new AttributeConverter(classconv, reclassconv)),
new AttributeInfo(new AccessInfo("ref", "name")),
new AttributeInfo(new AccessInfo("cref", "name")),
new AttributeInfo(new AccessInfo("language", null, AccessInfo.IGNORE_READ)),
new AttributeInfo(new AccessInfo("inhibit", null, AccessInfo.IGNORE_READ)),
}, null)));
typeinfos.add(new TypeInfo(new XMLInfo(new QName(uri, "unique")), new ObjectInfo(new IBeanObjectCreator()
{
public Object createObject(IContext context, Map rawattributes) throws Exception
{
return Boolean.TRUE;
}
})));
// Find type infos. hack???
TypeInfo comptype = null;
TypeInfo configtype = null;
for(Iterator it=typeinfos.iterator(); (configtype==null || comptype==null) && it.hasNext(); )
{
TypeInfo ti = (TypeInfo)it.next();
if(comptype==null && ti.getXMLInfo().getXMLPath().equals(new XMLInfo(new QName(uri, "componenttype")).getXMLPath()))
{
comptype = ti;
}
if(configtype==null && ti.getXMLInfo().getXMLPath().equals(new XMLInfo(new QName(uri, "configuration")).getXMLPath()))
{
configtype = ti;
}
}
// Link BDI elements to modelinfo.capability instead of modeinfo directly.
IObjectLinker capalinker = new IObjectLinker()
{
public void linkObject(Object object, Object parent, Object linkinfo, QName[] pathname, AReadContext context) throws Exception
{
if(object instanceof MElementRef && pathname[0].getLocalPart().equals("goals"))
{
((BDIXModel)parent).getCapability().addGoalReference(((MElementRef)object).getName(), ((MElementRef)object).getRef());
}
else if(object instanceof MElementRef && pathname[0].getLocalPart().equals("events"))
{
((BDIXModel)parent).getCapability().addEventReference(((MElementRef)object).getName(), ((MElementRef)object).getRef());
}
else if(object instanceof MElementRef && pathname[0].getLocalPart().equals("expressions"))
{
((BDIXModel)parent).getCapability().addExpressionReference(((MElementRef)object).getName(), ((MElementRef)object).getRef());
}
else
{
if(object instanceof MBelief || object instanceof MGoal || object instanceof MPlan || object instanceof MMessageEvent || object instanceof MInternalEvent
|| object instanceof MCapabilityReference || object instanceof MElementRef
|| (object instanceof UnparsedExpression && pathname[pathname.length-1].getLocalPart().equals("expression")) // hack for bdi expressions
|| (object instanceof MCondition && pathname[pathname.length-1].getLocalPart().equals("condition")))
{
parent = ((BDIXModel)parent).getCapability();
}
context.getTopStackElement().getReaderHandler().linkObject(object, parent, linkinfo, pathname, context);
}
}
};
// Link BDI elements to modelinfo.capability.configuration(name) instead of configuration directly.
IObjectLinker configlinker = new IObjectLinker()
{
public void linkObject(Object object, Object parent, Object linkinfo, QName[] pathname, AReadContext context) throws Exception
{
boolean done = false;
if(pathname[pathname.length-1].getLocalPart().startsWith("initial") || pathname[pathname.length-1].getLocalPart().startsWith("end"))
{
String config = ((ConfigurationInfo)parent).getName();
BDIXModel model = (BDIXModel)context.getStackElement(pathname.length-2).getObject();
parent = model.getCapability().getConfiguration(config);
if(parent==null)
{
MConfiguration mconf = new MConfiguration(config);
model.getCapability().addConfiguration(mconf);
parent = mconf;
}
// initial capabilities.
if(object instanceof String)
{
((MConfiguration)parent).addInitialCapability(context.getStackElement(context.getStackSize()-1).getRawAttributes().get("ref"), (String)object);
done = true;
}
}
if(!done)
{
context.getTopStackElement().getReaderHandler().linkObject(object, parent, linkinfo, pathname, context);
}
}
};
IPostProcessor capaproc = new IPostProcessor()
{
public Object postProcess(IContext context, Object object)
{
BDIXModel model = (BDIXModel)context.getRootObject();
MCapability mcapa = model.getCapability();
if(mcapa.getGoalPublications()!=null)
{
for(Map.Entry>> entry: mcapa.getGoalPublications().entrySet())
{
ClassInfo key = entry.getKey();
List> vals = entry.getValue();
Map goalnames = new LinkedHashMap();
for(Tuple2 val: vals)
{
goalnames.put(val.getSecondEntity(), val.getFirstEntity().getName());
}
// System.out.println("found goal publish: "+key);
StringBuffer buf = new StringBuffer();
buf.append("jadex.bdiv3.runtime.impl.GoalDelegationHandler.createServiceImplementation($component, ");
buf.append(key.getTypeName()+".class, ");
buf.append("new String[]{");
for(Iterator it2=goalnames.keySet().iterator(); it2.hasNext(); )
{
buf.append("\"").append(it2.next()).append("\"");
if(it2.hasNext())
buf.append(", ");
}
buf.append("}, ");
buf.append("new String[]{");
for(Iterator it2=goalnames.keySet().iterator(); it2.hasNext(); )
{
buf.append("\"").append(goalnames.get(it2.next())).append("\"");
if(it2.hasNext())
buf.append(", ");
}
buf.append("}");
buf.append(")");
// System.out.println("service creation expression: "+buf.toString());
ProvidedServiceImplementation psi = new ProvidedServiceImplementation(null, buf.toString(),
BasicServiceInvocationHandler.PROXYTYPE_DECOUPLED, null, null);
// todo: allow specifying scope
model.addProvidedService(new ProvidedServiceInfo(null, key, psi, null, null, null));
}
}
SBDIModel.replaceReferences(model);
// Load subcapabilities.
Map subcaps = new LinkedHashMap();
for(MCapabilityReference subcap: model.getCapability().getCapabilities())
{
try
{
IResourceIdentifier rid = (IResourceIdentifier)((Map)context.getUserContext()).get(CONTEXT_RID);
IComponentIdentifier root = (IComponentIdentifier)((Map)context.getUserContext()).get(CONTEXT_ROOT);
BDIXModelLoader loader = (BDIXModelLoader)((Map)context.getUserContext()).get(CONTEXT_LOADER);
BDIXModel cmodel = (BDIXModel)loader.loadCapabilityModel(subcap.getFile(), model.getAllImports(),
rid, context.getClassLoader(), new Object[]{rid, root}).getModelInfo();
if(cmodel.getModelInfo().getReport()!=null)
{
Map user = (Map)context.getUserContext();
MultiCollection report = (MultiCollection)user.get(CONTEXT_ENTRIES);
Map externals = (Map)user.get(CONTEXT_EXTERNALS);
String pos;
Tuple stack = new Tuple(((AReadContext)context).getStack());
if(stack.getEntities().length>0)
{
StackElement se = (StackElement)stack.get(stack.getEntities().length-1);
pos = " (line "+se.getLocation().getLineNumber()+", column "+se.getLocation().getColumnNumber()+")";
}
else
{
pos = " (line 0, column 0)";
}
String msg = "Included capability "+cmodel.getModelInfo().getName()+" has errors.";
report.add(stack, msg+pos);
externals.put(cmodel.getModelInfo().getFilename(), cmodel.getModelInfo().getReport().getErrorHTML());
// model.getReport().getDocuments().put(cmodel.getModelInfo().getFilename(), cmodel.getModelInfo().getReport().getErrorHTML());
// Tuple se = new Tuple(new Object[]
// {
// new StackElement(new QName(model instanceof OAVAgentModel ? "agent" : "capability"), mcapa),
// new StackElement(new QName("capabilities"), null),
// new StackElement(new QName("capability"), mcrs[i])
// });
// model.addEntry(se, "Included capability "+cmodel.getModelInfo().getName()+" has errors.");
// model.addDocument(cmodel.getModelInfo().getFilename(), cmodel.getModelInfo().getReport().getErrorHTML());
}
subcaps.put(subcap.getName(), cmodel);
}
catch(Exception e)
{
throw new RuntimeException(e);
}
}
SBDIModel.mergeSubcapabilities(model, subcaps, context.getClassLoader());
// Handle references and add arguments / results
for(MBelief mbel: model.getCapability().getBeliefs().toArray(new MBelief[model.getCapability().getBeliefs().size()])) // Iterate over array to allow removal during iteration.
{
// Resolve reference and remove MElement.
MBelief resolved = mbel;
if(model.getCapability().getBeliefReferences().containsKey(mbel.getName()))
{
model.getCapability().removeBelief(mbel);
// Todo: merge settings? update rate etc.
// Resolve to real belief.
resolved = model.getCapability().getBelief(model.getCapability().getBeliefReferences().get(mbel.getName()));
}
if(mbel.isExported())
{
// Add default value.
model.addArgument(new Argument(mbel.getName(), resolved.getDescription(), resolved.getClazz()!=null ? resolved.getClazz().getTypeName() : null, findBeliefDefaultValue(model, resolved, null)));
}
if(mbel.isResult())
{
// Add default value
model.addResult(new Argument(mbel.getName(), resolved.getDescription(), resolved.getClazz()!=null ? resolved.getClazz().getTypeName() : null, findBeliefDefaultValue(model, resolved, null)));
model.getCapability().addResultMapping(resolved.getName(), mbel.getName());
}
}
return null;
}
public int getPass()
{
return 1;
}
};
TypeInfo ti_capability = new TypeInfo(new XMLInfo(new QName(uri, "capability")), new ObjectInfo(BDIXModel.class, capaproc),
new MappingInfo(comptype, null, null, null,
new SubobjectInfo[]{
new SubobjectInfo(new XMLInfo(new QName[]{new QName(uri, "beliefs"), new QName(uri, "belief")}), new AccessInfo(new QName(uri, "belief"), "belief")),
new SubobjectInfo(new XMLInfo(new QName[]{new QName(uri, "beliefs"), new QName(uri, "beliefset")}), new AccessInfo(new QName(uri, "beliefset"), "belief")),
new SubobjectInfo(new XMLInfo(new QName[]{new QName(uri, "goals"), new QName(uri, "performgoal")}), new AccessInfo(new QName(uri, "performgoal"), "goal"), null, false, ti_performgoal.getObjectInfo()),
new SubobjectInfo(new XMLInfo(new QName[]{new QName(uri, "goals"), new QName(uri, "achievegoal")}), new AccessInfo(new QName(uri, "achievegoal"), "goal"), null, false, ti_achievegoal.getObjectInfo()),
new SubobjectInfo(new XMLInfo(new QName[]{new QName(uri, "goals"), new QName(uri, "querygoal")}), new AccessInfo(new QName(uri, "querygoal"), "goal"), null, false, ti_querygoal.getObjectInfo()),
new SubobjectInfo(new XMLInfo(new QName[]{new QName(uri, "goals"), new QName(uri, "maintaingoal")}), new AccessInfo(new QName(uri, "maintaingoal"), "goal"), null, false, ti_maintaingoal.getObjectInfo()),
new SubobjectInfo(new XMLInfo(new QName[]{new QName(uri, "goals"), new QName(uri, "metagoal")}), new AccessInfo(new QName(uri, "metagoal"), "goal"), null, false, ti_metagoal.getObjectInfo()),
new SubobjectInfo(new XMLInfo(new QName[]{new QName(uri, "plans"), new QName(uri, "plan")}), new AccessInfo(new QName(uri, "plan"), "plan")),
new SubobjectInfo(new XMLInfo(new QName[]{new QName(uri, "events"), new QName(uri, "messageevent")}), new AccessInfo(new QName(uri, "messageevent"), "messageEvent")),
new SubobjectInfo(new XMLInfo(new QName[]{new QName(uri, "events"), new QName(uri, "internalevent")}), new AccessInfo(new QName(uri, "internalevent"), "internalEvent")),
new SubobjectInfo(new XMLInfo(new QName[]{new QName(uri, "expressions"), new QName(uri, "expression")}), new AccessInfo(new QName(uri, "expression"), "expression"))
}), new LinkingInfo(capalinker));
typeinfos.add(ti_capability);
typeinfos.add(new TypeInfo(new XMLInfo(new QName(uri, "agent")), null, new MappingInfo(ti_capability)));
// TypeInfo ti_expression = new TypeInfo(null, new ObjectInfo(OAVBDIMetaModel.expression_type, expost),
// new MappingInfo(null, null, new AttributeInfo(new AccessInfo((String)null, OAVBDIMetaModel.expression_has_text), exatconv),
// new AttributeInfo[]{
// new AttributeInfo(new AccessInfo("class", OAVBDIMetaModel.expression_has_classname)),
// new AttributeInfo(new AccessInfo((String)null, OAVBDIMetaModel.expression_has_class, AccessInfo.IGNORE_WRITE)),
// }), null, new OAVObjectReaderHandler());
//
//
AttributeInfo[] belattrs = new AttributeInfo[]{
new AttributeInfo(new AccessInfo("class", "clazz"), new AttributeConverter(classconv, reclassconv)),
new AttributeInfo(new AccessInfo("argument", "exported")),
new AttributeInfo(new AccessInfo("updaterate", "updateRate"), new AttributeConverter(exconf, rexconf)),
new AttributeInfo(new AccessInfo("evaluationmode", "evaluationMode"), new AttributeConverter(evamodeconv, reevamodeconv))
};
// 'Link' assign to refs by adding reference entries.
IObjectLinker atlinker = new BeanObjectReaderHandler()
{
public void linkObject(Object object, Object parent, Object linkinfo, QName[] pathname, AReadContext context) throws Exception
{
if(object instanceof String && parent instanceof MBelief)// && context.getStackElement(context.getStackSize()-4).getObject() instanceof BDIXModel)
{
BDIXModel model = (BDIXModel)context.getStackElement(context.getStackSize()-4).getObject();
model.getCapability().addBeliefReference(MElement.internalName((String)object), ((MElement)parent).getName());
}
// goals in condlinker
else if(object instanceof String && parent instanceof MMessageEvent)// && context.getStackElement(context.getStackSize()-4).getObject() instanceof BDIXModel)
{
BDIXModel model = (BDIXModel)context.getStackElement(context.getStackSize()-4).getObject();
model.getCapability().addEventReference(MElement.internalName((String)object), ((MElement)parent).getName());
}
else if(object instanceof String && parent instanceof MInternalEvent)// && context.getStackElement(context.getStackSize()-4).getObject() instanceof BDIXModel)
{
BDIXModel model = (BDIXModel)context.getStackElement(context.getStackSize()-4).getObject();
model.getCapability().addEventReference(MElement.internalName((String)object), ((MElement)parent).getName());
}
else
{
super.linkObject(object, parent, linkinfo, pathname, context);
}
}
};
typeinfos.add(new TypeInfo(new XMLInfo(new QName(uri, "belief")), new ObjectInfo(MBelief.class, new BeliefMultiProc(false)),
new MappingInfo(null, belattrs, new SubobjectInfo[]{
new SubobjectInfo(new AccessInfo(new QName(uri, "fact"), "defaultFact"))
}), new LinkingInfo(atlinker)));
typeinfos.add(new TypeInfo(new XMLInfo(new QName(uri, "beliefset")), new ObjectInfo(MBelief.class, new BeliefMultiProc(true)),
new MappingInfo(null, belattrs, new SubobjectInfo[]{
// because there is only MBelief the facts expression is stored as default fact
// and multiple facts are added to a list
new SubobjectInfo(new AccessInfo(new QName(uri, "fact"), "defaultFacts")),
new SubobjectInfo(new AccessInfo(new QName(uri, "facts"), "defaultFact"))
}), new LinkingInfo(atlinker)));
typeinfos.add(new TypeInfo(new XMLInfo(new QName(uri, "beliefref")), new ObjectInfo(MBelief.class, new BeliefMultiProc(false)),
new MappingInfo(null, belattrs, new SubobjectInfo[]{
new SubobjectInfo(new AccessInfo(new QName(uri, "fact"), "defaultFact"))
}), new LinkingInfo(atlinker)));
typeinfos.add(new TypeInfo(new XMLInfo(new QName(uri, "beliefsetref")), new ObjectInfo(MBelief.class, new BeliefMultiProc(true)),
new MappingInfo(null, belattrs, new SubobjectInfo[]{
// because there is only MBelief the facts expression is stored as default fact
// and multiple facts are added to a list
new SubobjectInfo(new AccessInfo(new QName(uri, "fact"), "defaultFacts")),
new SubobjectInfo(new AccessInfo(new QName(uri, "facts"), "defaultFact"))
}), new LinkingInfo(atlinker)));
typeinfos.add(new TypeInfo(new XMLInfo(new QName(uri, "plan")), new ObjectInfo(MPlan.class),
new MappingInfo(null, "description", null, null,
new SubobjectInfo[]{
new SubobjectInfo(new AccessInfo(new QName(uri, "parameterset"), "parameter")),
new SubobjectInfo(new AccessInfo(new QName(uri, "contextcondition"), "contextCondition"))
}), null));
//
typeinfos.add(new TypeInfo(new XMLInfo(new QName(uri, "body")), new ObjectInfo(MBody.class),
new MappingInfo(null, new AttributeInfo[]{
new AttributeInfo(new AccessInfo("class", "clazz"), new AttributeConverter(classconv, reclassconv)),
new AttributeInfo(new AccessInfo("impl", "clazz"), new AttributeConverter(classconv, reclassconv)), // Todo: ignore on write?
new AttributeInfo(new AccessInfo("service", "serviceName")),
new AttributeInfo(new AccessInfo("method", "serviceMethodName"))
// new AttributeInfo(new AccessInfo("impl", OAVBDIMetaModel.body_has_impl))
}, null)));//, bopost));
typeinfos.add(new TypeInfo(new XMLInfo(new QName(uri, "precondition")), new ObjectInfo(UnparsedExpression.class, expost),
new MappingInfo(null, null, "value", new AttributeInfo[]{
new AttributeInfo(new AccessInfo("language", null, AccessInfo.IGNORE_READ))
})));
// typeinfos.add(new TypeInfo(new XMLInfo(new QName(uri, "contextcondition")), new ObjectInfo(OAVBDIMetaModel.condition_type, expost),
// new MappingInfo(ti_expression)));
IPostProcessor mtrpp = new IPostProcessor()
{
public Object postProcess(IContext context, Object object)
{
BDIXModel model = (BDIXModel)context.getRootObject();
MCapability mcapa = model.getCapability();
MTrigger mtr = (MTrigger)object;
List names = mtr.getMessageNames();
if(names!=null)
{
for(String name: names)
{
mtr.addMessageEvent(mcapa.getResolvedMessageEvent(null, name));
}
}
names = mtr.getInternalEventNames();
if(names!=null)
{
for(String name: names)
{
mtr.addInternalEvent(mcapa.getResolvedInternalEvent(null, name));
}
}
names = mtr.getGoalNames();
if(names!=null)
{
for(String name: names)
{
mtr.addGoal(mcapa.getResolvedGoal(null, name));
}
}
names = mtr.getGoalFinishedNames();
if(names!=null)
{
for(String name: names)
{
mtr.addGoalFinished(mcapa.getResolvedGoal(null, name));
}
}
return null;
}
public int getPass()
{
return 2; // Has to be done after capability merging in pass 1!
}
};
AttributeInfo[] trigger_attributes = new AttributeInfo[]
{
new AttributeInfo(new AccessInfo(new QName[]{new QName(uri, "factchanged"), new QName("ref")}, "factChanged")),
new AttributeInfo(new AccessInfo(new QName[]{new QName(uri, "factadded"), new QName("ref")}, "factAdded")),
new AttributeInfo(new AccessInfo(new QName[]{new QName(uri, "factremoved"), new QName("ref")}, "factRemoved")),
new AttributeInfo(new AccessInfo(new QName[]{new QName(uri, "internalevent"), new QName("ref")}, "internalEventName")),
new AttributeInfo(new AccessInfo(new QName[]{new QName(uri, "messageevent"), new QName("ref")}, "messageName")),
new AttributeInfo(new AccessInfo(new QName[]{new QName(uri, "goal"), new QName("ref")}, "goalName")),
new AttributeInfo(new AccessInfo(new QName[]{new QName(uri, "goalfinished"), new QName("ref")}, "goalFinishedName")),
new AttributeInfo(new AccessInfo(new QName[]{new QName(uri, "factchanged"), new QName("cref")}, "factChanged")),
new AttributeInfo(new AccessInfo(new QName[]{new QName(uri, "factadded"), new QName("cref")}, "factAdded")),
new AttributeInfo(new AccessInfo(new QName[]{new QName(uri, "factremoved"), new QName("cref")}, "factRemoved")),
new AttributeInfo(new AccessInfo(new QName[]{new QName(uri, "internalevent"), new QName("cref")}, "internalEventName")),
new AttributeInfo(new AccessInfo(new QName[]{new QName(uri, "messageevent"), new QName("cref")}, "messageName")),
new AttributeInfo(new AccessInfo(new QName[]{new QName(uri, "goal"), new QName("cref")}, "goalName")),
new AttributeInfo(new AccessInfo(new QName[]{new QName(uri, "goalfinished"), new QName("cref")}, "goalFinishedName"))
};
// Special handling to add match-expressions directly to the trigger.
LinkingInfo matchlinker = new LinkingInfo(new IObjectLinker()
{
public void linkObject(Object object, Object parent, Object linkinfo, QName[] pathname, AReadContext context) throws Exception
{
if(context.getStackElement(context.getStackSize()-1).getTag().equals(new QName(uri, "match")))
{
MTrigger mtrig = (MTrigger)context.getStackElement(context.getStackSize()-3).getObject();
String ref = (String)context.getStackElement(context.getStackSize()-2).getRawAttributes().get("ref");
if(ref==null)
{
ref = (String)context.getStackElement(context.getStackSize()-2).getRawAttributes().get("cref");
}
mtrig.addGoalMatchExpression(MElement.internalName(ref), (UnparsedExpression)object); // Todo: support match expression on other elements as allowed in schema
}
else if(context.getTopStackElement().getTag().equals(new QName(uri, "factadded")))
{
MTrigger mtrig = (MTrigger)context.getStackElement(context.getStackSize()-2).getObject();
mtrig.addFactAdded(MElement.internalName((String)object));
}
else if(context.getTopStackElement().getTag().equals(new QName(uri, "factremoved")))
{
MTrigger mtrig = (MTrigger)context.getStackElement(context.getStackSize()-2).getObject();
mtrig.addFactRemoved(MElement.internalName((String)object));
}
else if(context.getTopStackElement().getTag().equals(new QName(uri, "factchanged")))
{
MTrigger mtrig = (MTrigger)context.getStackElement(context.getStackSize()-2).getObject();
mtrig.addFactChanged(MElement.internalName((String)object));
}
else
{
context.getTopStackElement().getReaderHandler().linkObject(object, parent, linkinfo, pathname, context);
}
}
});
typeinfos.add(new TypeInfo(new XMLInfo(new QName(uri, "trigger")), new ObjectInfo(MTrigger.class, mtrpp),
new MappingInfo(null, trigger_attributes), matchlinker));
typeinfos.add(new TypeInfo(new XMLInfo(new QName(uri, "waitqueue")), new ObjectInfo(MTrigger.class, mtrpp),
new MappingInfo(null, trigger_attributes), matchlinker));
// Ignore , etc. tags inside trigger/waitqueue
typeinfos.add(new TypeInfo(new XMLInfo(new QName[]{new QName(uri, "trigger"), new QName(uri, "internalevent")}), null));
typeinfos.add(new TypeInfo(new XMLInfo(new QName[]{new QName(uri, "trigger"), new QName(uri, "messageevent")}), null));
typeinfos.add(new TypeInfo(new XMLInfo(new QName[]{new QName(uri, "trigger"), new QName(uri, "goal")}), null));
typeinfos.add(new TypeInfo(new XMLInfo(new QName[]{new QName(uri, "waitqueue"), new QName(uri, "internalevent")}), null));
typeinfos.add(new TypeInfo(new XMLInfo(new QName[]{new QName(uri, "waitqueue"), new QName(uri, "messageevent")}), null));
typeinfos.add(new TypeInfo(new XMLInfo(new QName[]{new QName(uri, "waitqueue"), new QName(uri, "goal")}), null));
IBeanObjectCreator boc = new IBeanObjectCreator()
{
public Object createObject(IContext context, Map rawattributes) throws Exception
{
String ref = rawattributes.get("ref");
if(ref==null)
{
return rawattributes.get("cref");
}
return MElement.internalName(ref);
}
};
AttributeInfo[] factattrs = new AttributeInfo[]
{
new AttributeInfo(new AccessInfo("ref", null, AccessInfo.IGNORE_READ)),
new AttributeInfo(new AccessInfo("cref", null, AccessInfo.IGNORE_READ))
};
typeinfos.add(new TypeInfo(new XMLInfo(new QName(uri, "factadded")), new ObjectInfo(boc), new MappingInfo(null, null, "value", factattrs), null));
typeinfos.add(new TypeInfo(new XMLInfo(new QName(uri, "factremoved")), new ObjectInfo(boc), new MappingInfo(null, null, "value", factattrs), null));
typeinfos.add(new TypeInfo(new XMLInfo(new QName(uri, "factchanged")), new ObjectInfo(boc), new MappingInfo(null, null, "value", factattrs), null));
// typeinfos.add(new TypeInfo(new XMLInfo(new QName[]{new QName(uri, "metagoal"), new QName(uri, "trigger"), new QName(uri, "goal")}), new ObjectInfo(boc), new MappingInfo(null, null, "value",
// new AttributeInfo[]{new AttributeInfo(new AccessInfo("ref", null, AccessInfo.IGNORE_READ))}), null));
typeinfos.add(new TypeInfo(new XMLInfo(new QName(uri, "assignto")), new ObjectInfo(boc), new MappingInfo(null,
new AttributeInfo[]{new AttributeInfo(new AccessInfo("ref", null, AccessInfo.IGNORE_READ))}), null));
typeinfos.add(new TypeInfo(new XMLInfo(new QName(uri, "internalevent")), new ObjectInfo(MInternalEvent.class),
new MappingInfo(null, null, null, new AttributeInfo[]{
new AttributeInfo(new AccessInfo("posttoall", "postToAll")),
},
new SubobjectInfo[]{
new SubobjectInfo(new AccessInfo(new QName(uri, "parameterset"), "parameter"))
}),
null));
// typeinfos.add(new TypeInfo(new XMLInfo(new QName(uri, "internaleventref")), new ObjectInfo(OAVBDIMetaModel.internaleventreference_type),
// null, null, new OAVObjectReaderHandler()));
typeinfos.add(new TypeInfo(new XMLInfo(new QName(uri, "messageevent")), new ObjectInfo(MMessageEvent.class),
new MappingInfo(null, null, null, new AttributeInfo[]{
new AttributeInfo(new AccessInfo("type", "type"), new AttributeConverter(msgtypeconv, remsgtypeconv)),
new AttributeInfo(new AccessInfo("direction", "direction"), new AttributeConverter(dirconv, redirconv))},
new SubobjectInfo[]{
new SubobjectInfo(new XMLInfo(new QName(uri, "match")), new AccessInfo("match", "matchExpression")),
new SubobjectInfo(new AccessInfo(new QName(uri, "parameterset"), "parameter")),
}),
new LinkingInfo(atlinker)));
// typeinfos.add(new TypeInfo(new XMLInfo(new QName(uri, "messageeventref")), new ObjectInfo(OAVBDIMetaModel.messageeventreference_type),
// null, null, new OAVObjectReaderHandler()));
// typeinfos.add(new TypeInfo(new XMLInfo(new QName(uri, "match")), new ObjectInfo(OAVBDIMetaModel.expression_type, expost),
// new MappingInfo(ti_expression)));
// Exchange expression with condition for trigger.
IPostProcessor condexpost = new IPostProcessor()
{
public Object postProcess(IContext context, Object object)
{
try
{
expost.postProcess(context, object);
}
catch(RuntimeException e)
{
throw e;
}
MCondition cond = new MCondition();
cond.setExpression((UnparsedExpression)object);
cond.setName(cond.getExpression().getName());
AReadContext ar = (AReadContext)context;
MParameterElement pe = null;
for(StackElement se: ar.getStack())
{
if(se.getObject() instanceof MParameterElement)
{
pe = (MParameterElement)se.getObject();
}
}
cond.initEvents(pe);
String bels = ar.getTopStackElement().getRawAttributes()==null? null: ar.getTopStackElement().getRawAttributes().get("beliefs");
if(bels!=null)
{
StringTokenizer stok = new StringTokenizer(bels, ",");
while(stok.hasMoreElements())
{
String tok = MElement.internalName(stok.nextToken());
cond.addEvent(new EventType(ChangeEvent.BELIEFCHANGED, tok));
cond.addEvent(new EventType(ChangeEvent.FACTCHANGED, tok));
cond.addEvent(new EventType(ChangeEvent.FACTADDED, tok));
cond.addEvent(new EventType(ChangeEvent.FACTREMOVED, tok));
}
}
String params = ar.getTopStackElement().getRawAttributes()==null? null: ar.getTopStackElement().getRawAttributes().get("parameters");
if(params!=null)
{
StringTokenizer stok = new StringTokenizer(params, ",");
while(stok.hasMoreElements())
{
String tok = MElement.internalName(stok.nextToken());
cond.addEvent(new EventType(ChangeEvent.PARAMETERCHANGED, pe.getName(), tok));
cond.addEvent(new EventType(ChangeEvent.VALUECHANGED, pe.getName(), tok));
cond.addEvent(new EventType(ChangeEvent.VALUEADDED, pe.getName(), tok));
cond.addEvent(new EventType(ChangeEvent.VALUEREMOVED, pe.getName(), tok));
}
}
String goals = ar.getTopStackElement().getRawAttributes()==null? null: ar.getTopStackElement().getRawAttributes().get("goals");
if(goals!=null)
{
StringTokenizer stok = new StringTokenizer(goals, ",");
while(stok.hasMoreElements())
{
String tok = MElement.internalName(stok.nextToken());
cond.addEvent(new EventType(ChangeEvent.GOALACTIVE, tok));
cond.addEvent(new EventType(ChangeEvent.GOALADOPTED, tok));
cond.addEvent(new EventType(ChangeEvent.GOALDROPPED, tok));
cond.addEvent(new EventType(ChangeEvent.GOALINPROCESS, tok));
cond.addEvent(new EventType(ChangeEvent.GOALNOTINPROCESS, tok));
cond.addEvent(new EventType(ChangeEvent.GOALOPTION, tok));
cond.addEvent(new EventType(ChangeEvent.GOALSUSPENDED, tok));
}
}
String rawevs = ar.getTopStackElement().getRawAttributes()==null? null: ar.getTopStackElement().getRawAttributes().get("rawevents");
if(rawevs!=null)
{
StringTokenizer stok = new StringTokenizer(rawevs, ",");
while(stok.hasMoreElements())
{
String tok = stok.nextToken();
cond.addEvent(new EventType(tok));
}
}
return cond;
}
public int getPass()
{
return 0;
}
};
AttributeInfo[] condattrs = new AttributeInfo[]
{
new AttributeInfo(new AccessInfo("language", null, AccessInfo.IGNORE_READ)),
new AttributeInfo(new AccessInfo("beliefs", null, AccessInfo.IGNORE_READ)),
new AttributeInfo(new AccessInfo("parameters", null, AccessInfo.IGNORE_READ)),
new AttributeInfo(new AccessInfo("goals", null, AccessInfo.IGNORE_READ)),
new AttributeInfo(new AccessInfo("rawevents", null, AccessInfo.IGNORE_READ))
};
typeinfos.add(new TypeInfo(new XMLInfo(new QName(uri, "condition")), new ObjectInfo(UnparsedExpression.class, condexpost),
new MappingInfo(null, null, "value", condattrs)));
typeinfos.add(new TypeInfo(new XMLInfo(new QName(uri, "creationcondition")), new ObjectInfo(UnparsedExpression.class, condexpost),
new MappingInfo(null, null, "value", condattrs)));
typeinfos.add(new TypeInfo(new XMLInfo(new QName(uri, "dropcondition")), new ObjectInfo(UnparsedExpression.class, condexpost),
new MappingInfo(null, null, "value", condattrs)));
typeinfos.add(new TypeInfo(new XMLInfo(new QName(uri, "targetcondition")), new ObjectInfo(UnparsedExpression.class, condexpost),
new MappingInfo(null, null, "value", condattrs)));
typeinfos.add(new TypeInfo(new XMLInfo(new QName(uri, "maintaincondition")), new ObjectInfo(UnparsedExpression.class, condexpost),
new MappingInfo(null, null, "value", condattrs)));
typeinfos.add(new TypeInfo(new XMLInfo(new QName(uri, "recurcondition")), new ObjectInfo(UnparsedExpression.class, condexpost),
new MappingInfo(null, null, "value", condattrs)));
typeinfos.add(new TypeInfo(new XMLInfo(new QName(uri, "contextcondition")), new ObjectInfo(UnparsedExpression.class, condexpost),
new MappingInfo(null, null, "value", condattrs)));
IPostProcessor pubproc = new IPostProcessor()
{
public Object postProcess(IContext context, Object object)
{
try
{
BDIXModel model = (BDIXModel)context.getRootObject();
MCapability mcapa = model.getCapability();
AReadContext ar = (AReadContext)context;
Map rawattrs = ar.getTopStackElement().getRawAttributes();
String service = rawattrs.get("class");
String method = rawattrs.get("method");
MGoal mgoal = (MGoal)ar.getStackElement(ar.getStackSize()-2).getObject();
Class iface = SReflect.findClass(service, model.getAllImports(), ar.getClassLoader());
ClassInfo ci = new ClassInfo(iface.getName());
// Just use first method if no name is given
if(method==null)
method = iface.getDeclaredMethods()[0].getName();
mcapa.addGoalPublication(ci, mgoal, method);
}
catch(Exception e)
{
throw new RuntimeException(e);
}
return null;
}
public int getPass()
{
return 0;
}
};
typeinfos.add(new TypeInfo(new XMLInfo(new QName[]{new QName(uri, "achievegoal"), new QName(uri, "publish")}), new ObjectInfo(null, pubproc),
new MappingInfo(null, new AttributeInfo[]{
new AttributeInfo(new AccessInfo("class", null, AccessInfo.IGNORE_READ)),
new AttributeInfo(new AccessInfo("method", null, AccessInfo.IGNORE_READ))
})));
typeinfos.add(new TypeInfo(new XMLInfo(new QName[]{new QName(uri, "performgoal"), new QName(uri, "publish")}), new ObjectInfo(null, pubproc),
new MappingInfo(null, new AttributeInfo[]{
new AttributeInfo(new AccessInfo("class", null, AccessInfo.IGNORE_READ)),
new AttributeInfo(new AccessInfo("method", null, AccessInfo.IGNORE_READ))
})));
typeinfos.add(new TypeInfo(new XMLInfo(new QName[]{new QName(uri, "querygoal"), new QName(uri, "publish")}), new ObjectInfo(null, pubproc),
new MappingInfo(null, new AttributeInfo[]{
new AttributeInfo(new AccessInfo("class", null, AccessInfo.IGNORE_READ)),
new AttributeInfo(new AccessInfo("method", null, AccessInfo.IGNORE_READ))
})));
typeinfos.add(new TypeInfo(new XMLInfo(new QName[]{new QName(uri, "maintaingoal"), new QName(uri, "publish")}), new ObjectInfo(null, pubproc),
new MappingInfo(null, new AttributeInfo[]{
new AttributeInfo(new AccessInfo("class", null, AccessInfo.IGNORE_READ)),
new AttributeInfo(new AccessInfo("method", null, AccessInfo.IGNORE_READ))
})));
typeinfos.add(new TypeInfo(new XMLInfo(new QName(uri, "parameter")), new ObjectInfo(MParameter.class,
new ParamMultiProc(false)),
new MappingInfo(null, new AttributeInfo[]{
new AttributeInfo(new AccessInfo("class", "clazz"), new AttributeConverter(classconv, reclassconv)),
new AttributeInfo(new AccessInfo("direction"), new AttributeConverter(pdirconv, repdirconv)),
new AttributeInfo(new AccessInfo("updaterate", "updateRate"), new AttributeConverter(exconf, rexconf)),
new AttributeInfo(new AccessInfo("evaluationmode", "evaluationMode"), new AttributeConverter(evamodeconv, reevamodeconv)),
new AttributeInfo(new AccessInfo(new QName[]{new QName(uri, "servicemapping"), new QName("ref")}, "serviceMapping"))
}, new SubobjectInfo[]{
new SubobjectInfo(new AccessInfo(new QName(uri, "value"), "defaultValue")),
new SubobjectInfo(new AccessInfo(new QName(uri, "bindingoptions"), "bindingOptions"))
}
)));
typeinfos.add(new TypeInfo(new XMLInfo(new QName(uri, "parameterset")), new ObjectInfo(MParameter.class,
new ParamMultiProc(true)),
new MappingInfo(null, new AttributeInfo[]{
new AttributeInfo(new AccessInfo("class", "clazz"), new AttributeConverter(classconv, reclassconv)),
new AttributeInfo(new AccessInfo("direction"), new AttributeConverter(pdirconv, repdirconv)),
new AttributeInfo(new AccessInfo("updaterate", "updateRate"), new AttributeConverter(exconf, rexconf)),
new AttributeInfo(new AccessInfo("evaluationmode", "evaluationMode"), new AttributeConverter(evamodeconv, reevamodeconv)),
// new AttributeInfo(new AccessInfo(new QName[]{new QName(uri, "messageeventmapping"), new QName("ref")}, "messageEventMapping")),
// new AttributeInfo(new AccessInfo(new QName[]{new QName(uri, "goalmapping"), new QName("ref")}, "goalMapping")),
new AttributeInfo(new AccessInfo(new QName[]{new QName(uri, "servicemapping"), new QName("ref")}, "serviceMapping"))
}, new SubobjectInfo[]{
// because there is only MParameter the values expression is stored as default value
// and multiple facts are added to a list
new SubobjectInfo(new AccessInfo(new QName(uri, "value"), "defaultValues")),
new SubobjectInfo(new AccessInfo(new QName(uri, "values"), "defaultValue"))
}), null));//, new OAVObjectReaderHandler()));
typeinfos.add(new TypeInfo(new XMLInfo(new QName[]{new QName(uri, "plan"), new QName(uri, "parameter")}), new ObjectInfo(MPlanParameter.class,
new ParamMultiProc(false)),
new MappingInfo(null, new AttributeInfo[]{
new AttributeInfo(new AccessInfo("class", "clazz"), new AttributeConverter(classconv, reclassconv)),
new AttributeInfo(new AccessInfo("direction"), new AttributeConverter(pdirconv, repdirconv)),
new AttributeInfo(new AccessInfo("updaterate", "updateRate"), new AttributeConverter(exconf, rexconf)),
new AttributeInfo(new AccessInfo("evaluationmode", "evaluationMode"), new AttributeConverter(evamodeconv, reevamodeconv)),
new AttributeInfo(new AccessInfo(new QName[]{new QName(uri, "messageeventmapping"), new QName("ref")}, "messageEventMapping")),
new AttributeInfo(new AccessInfo(new QName[]{new QName(uri, "internaleventmapping"), new QName("ref")}, "internalEventMapping")),
new AttributeInfo(new AccessInfo(new QName[]{new QName(uri, "goalmapping"), new QName("ref")}, "goalMapping")),
new AttributeInfo(new AccessInfo(new QName[]{new QName(uri, "servicemapping"), new QName("ref")}, "serviceMapping"))
}, new SubobjectInfo[]{
new SubobjectInfo(new AccessInfo(new QName(uri, "value"), "defaultValue")),
new SubobjectInfo(new AccessInfo(new QName(uri, "bindingoptions"), "bindingOptions"))
})));
typeinfos.add(new TypeInfo(new XMLInfo(new QName[]{new QName(uri, "plan"), new QName(uri, "parameterset")}), new ObjectInfo(MPlanParameter.class,
new ParamMultiProc(true)),
new MappingInfo(null, new AttributeInfo[]{
new AttributeInfo(new AccessInfo("class", "clazz"), new AttributeConverter(classconv, reclassconv)),
new AttributeInfo(new AccessInfo("direction"), new AttributeConverter(pdirconv, repdirconv)),
new AttributeInfo(new AccessInfo("updaterate", "updateRate"), new AttributeConverter(exconf, rexconf)),
new AttributeInfo(new AccessInfo("evaluationmode", "evaluationMode"), new AttributeConverter(evamodeconv, reevamodeconv)),
new AttributeInfo(new AccessInfo(new QName[]{new QName(uri, "messageeventmapping"), new QName("ref")}, "messageEventMapping")),
new AttributeInfo(new AccessInfo(new QName[]{new QName(uri, "goalmapping"), new QName("ref")}, "goalMapping")),
new AttributeInfo(new AccessInfo(new QName[]{new QName(uri, "servicemapping"), new QName("ref")}, "serviceMapping"))
}, new SubobjectInfo[]{
// because there is only MParameter the values expression is stored as default value
// and multiple facts are added to a list
new SubobjectInfo(new AccessInfo(new QName(uri, "value"), "defaultValues")),
new SubobjectInfo(new AccessInfo(new QName(uri, "values"), "defaultValue"))
})));
typeinfos.add(new TypeInfo(new XMLInfo(new QName[]{new QName(uri, "value")}), new ObjectInfo(UnparsedExpression.class, expost),
new MappingInfo(null, null, "value", new AttributeInfo[]{
new AttributeInfo(new AccessInfo("language", null, AccessInfo.IGNORE_READ)),
new AttributeInfo(new AccessInfo("class", "clazz"), new AttributeConverter(classconv, reclassconv))
}, null)));
typeinfos.add(new TypeInfo(new XMLInfo(new QName[]{new QName(uri, "values")}), new ObjectInfo(UnparsedExpression.class, expost),
new MappingInfo(null, null, "value", new AttributeInfo[]{
new AttributeInfo(new AccessInfo("language", null, AccessInfo.IGNORE_READ)),
new AttributeInfo(new AccessInfo("class", "clazz"), new AttributeConverter(classconv, reclassconv))
}, null)));
typeinfos.add(new TypeInfo(new XMLInfo(new QName[]{new QName(uri, "fact")}), new ObjectInfo(UnparsedExpression.class, expost),
new MappingInfo(null, null, "value", new AttributeInfo[]{
new AttributeInfo(new AccessInfo("language", null, AccessInfo.IGNORE_READ)),
new AttributeInfo(new AccessInfo("class", "clazz"), new AttributeConverter(classconv, reclassconv))
}, null)));
typeinfos.add(new TypeInfo(new XMLInfo(new QName[]{new QName(uri, "facts")}), new ObjectInfo(UnparsedExpression.class, expost),
new MappingInfo(null, null, "value", new AttributeInfo[]{
new AttributeInfo(new AccessInfo("language", null, AccessInfo.IGNORE_READ)),
new AttributeInfo(new AccessInfo("class", "clazz"), new AttributeConverter(classconv, reclassconv))
}, null)));
typeinfos.add(new TypeInfo(new XMLInfo(new QName[]{new QName(uri, "match")}), new ObjectInfo(UnparsedExpression.class, expost),
new MappingInfo(null, null, "value", new AttributeInfo[]{
new AttributeInfo(new AccessInfo("language", null, AccessInfo.IGNORE_READ)),
new AttributeInfo(new AccessInfo("class", "clazz"), new AttributeConverter(classconv, reclassconv))
}, null)));
typeinfos.add(new TypeInfo(new XMLInfo(new QName[]{new QName(uri, "expression")}), new ObjectInfo(UnparsedExpression.class, expost),
new MappingInfo(null, null, "value", new AttributeInfo[]{
new AttributeInfo(new AccessInfo("language", null, AccessInfo.IGNORE_READ)),
new AttributeInfo(new AccessInfo("class", "clazz"), new AttributeConverter(classconv, reclassconv)),
new AttributeInfo(new AccessInfo("exported", null, AccessInfo.IGNORE_READ)) // Todo: support checking?
}, null)));
typeinfos.add(new TypeInfo(new XMLInfo(new QName[]{new QName(uri, "bindingoptions")}), new ObjectInfo(UnparsedExpression.class, expost),
new MappingInfo(null, null, "value", new AttributeInfo[]{
new AttributeInfo(new AccessInfo("language", null, AccessInfo.IGNORE_READ)),
new AttributeInfo(new AccessInfo("class", "clazz"), new AttributeConverter(classconv, reclassconv))
}, null)));
SubobjectInfo[] configsubs = new SubobjectInfo[]
{
new SubobjectInfo(new XMLInfo(new QName[]{new QName(uri, "beliefs"), new QName(uri, "initialbelief")}), new AccessInfo("initialbelief", "initialBelief")),
new SubobjectInfo(new XMLInfo(new QName[]{new QName(uri, "beliefs"), new QName(uri, "initialbeliefset")}), new AccessInfo("initialbeliefset", "initialBelief")),
new SubobjectInfo(new XMLInfo(new QName[]{new QName(uri, "goals"), new QName(uri, "initialgoal")}), new AccessInfo("initialgoal", "initialGoal")),
new SubobjectInfo(new XMLInfo(new QName[]{new QName(uri, "goals"), new QName(uri, "endgoal")}), new AccessInfo("endgoal", "endGoal")),
new SubobjectInfo(new XMLInfo(new QName[]{new QName(uri, "plans"), new QName(uri, "initialplan")}), new AccessInfo("initialplan", "initialPlan")),
new SubobjectInfo(new XMLInfo(new QName[]{new QName(uri, "plans"), new QName(uri, "endplan")}), new AccessInfo("endplan", "endPlan")),
new SubobjectInfo(new XMLInfo(new QName[]{new QName(uri, "events"), new QName(uri, "initialinternalevent")}), new AccessInfo("initialinternalevent", "initialEvent")),
new SubobjectInfo(new XMLInfo(new QName[]{new QName(uri, "events"), new QName(uri, "initialmessageevent")}), new AccessInfo("initialmessageevent", "initialEvent")),
new SubobjectInfo(new XMLInfo(new QName[]{new QName(uri, "events"), new QName(uri, "endinternalevent")}), new AccessInfo("endinternalevent", "endEvent")),
new SubobjectInfo(new XMLInfo(new QName[]{new QName(uri, "events"), new QName(uri, "endmessageevent")}), new AccessInfo("endmessageevent", "endEvent"))
};
typeinfos.add(new TypeInfo(new XMLInfo(new QName[]{new QName(uri, "agent"), new QName(uri, "configurations"), new QName(uri, "configuration")}),
null, new MappingInfo(configtype, null, configsubs), new LinkingInfo(configlinker)));
typeinfos.add(new TypeInfo(new XMLInfo(new QName[]{new QName(uri, "capability"), new QName(uri, "configurations"), new QName(uri, "configuration")}),
null, new MappingInfo(configtype, null, configsubs), new LinkingInfo(configlinker)));
typeinfos.add(new TypeInfo(new XMLInfo(new QName(uri, "initialcapability")), new ObjectInfo(new IBeanObjectCreator()
{
public Object createObject(IContext context, Map rawattributes) throws Exception
{
return rawattributes.get("configuration");
}
}), new MappingInfo(null, new AttributeInfo[]{
new AttributeInfo(new AccessInfo("ref", null, AccessInfo.IGNORE_READ)),
new AttributeInfo(new AccessInfo("configuration", null, AccessInfo.IGNORE_READ))
})));
MappingInfo configbeliefmapping = new MappingInfo(null, new AttributeInfo[]{
new AttributeInfo(new AccessInfo("ref", "name")),
new AttributeInfo(new AccessInfo("cref", "name"))
});
typeinfos.add(new TypeInfo(new XMLInfo(new QName(uri, "initialbelief")), new ObjectInfo(MConfigBeliefElement.class), configbeliefmapping, null));
typeinfos.add(new TypeInfo(new XMLInfo(new QName(uri, "initialbeliefset")), new ObjectInfo(MConfigBeliefElement.class), configbeliefmapping, null));
// Link parameter values of config elements.
IObjectLinker valinker = new BeanObjectReaderHandler()
{
public void linkObject(Object object, Object parent, Object linkinfo, QName[] pathname, AReadContext context) throws Exception
{
StackElement se = context.getStackElement(context.getStackSize()-2);
String name = se.getRawAttributes().containsKey("ref") ? se.getRawAttributes().get("ref") : se.getRawAttributes().get("cref");
((UnparsedExpression)object).setName(MElement.internalName(name));
((MConfigParameterElement)parent).addParameter((UnparsedExpression)object);
// super add would required additional support for parameterset (subobjectinfo on all MConfigParameterElement elems
// super.linkObject(object, parent, linkinfo, pathname, context);
}
};
MappingInfo configpelementmapping = new MappingInfo(null, new AttributeInfo[]{
new AttributeInfo(new AccessInfo("cref", "ref"))
});
typeinfos.add(new TypeInfo(new XMLInfo(new QName(uri, "initialgoal")), new ObjectInfo(MConfigParameterElement.class), configpelementmapping, new LinkingInfo(valinker)));
typeinfos.add(new TypeInfo(new XMLInfo(new QName(uri, "initialplan")), new ObjectInfo(MConfigParameterElement.class), configpelementmapping, new LinkingInfo(valinker)));
typeinfos.add(new TypeInfo(new XMLInfo(new QName(uri, "initialinternalevent")), new ObjectInfo(MConfigParameterElement.class), configpelementmapping, new LinkingInfo(valinker)));
typeinfos.add(new TypeInfo(new XMLInfo(new QName(uri, "initialmessageevent")), new ObjectInfo(MConfigParameterElement.class), configpelementmapping, new LinkingInfo(valinker)));
typeinfos.add(new TypeInfo(new XMLInfo(new QName(uri, "endgoal")), new ObjectInfo(MConfigParameterElement.class), configpelementmapping, new LinkingInfo(valinker)));
typeinfos.add(new TypeInfo(new XMLInfo(new QName(uri, "endplan")), new ObjectInfo(MConfigParameterElement.class), configpelementmapping, new LinkingInfo(valinker)));
typeinfos.add(new TypeInfo(new XMLInfo(new QName(uri, "endinternalevent")), new ObjectInfo(MConfigParameterElement.class), configpelementmapping, new LinkingInfo(valinker)));
typeinfos.add(new TypeInfo(new XMLInfo(new QName(uri, "endmessageevent")), new ObjectInfo(MConfigParameterElement.class), configpelementmapping, new LinkingInfo(valinker)));
MappingInfo cpmapping = new MappingInfo(null, new AttributeInfo[]{
new AttributeInfo(new AccessInfo("ref", null, AccessInfo.IGNORE_READ)),
new AttributeInfo(new AccessInfo("cref", null, AccessInfo.IGNORE_READ))
});
typeinfos.add(new TypeInfo(new XMLInfo(new QName[]{new QName(uri, "initialgoal"), new QName(uri, "parameter")}), new ObjectInfo(null), cpmapping));
typeinfos.add(new TypeInfo(new XMLInfo(new QName[]{new QName(uri, "initialgoal"), new QName(uri, "parameterset")}), new ObjectInfo(null), cpmapping));
typeinfos.add(new TypeInfo(new XMLInfo(new QName[]{new QName(uri, "initialplan"), new QName(uri, "parameter")}), new ObjectInfo(null), cpmapping));
typeinfos.add(new TypeInfo(new XMLInfo(new QName[]{new QName(uri, "initialplan"), new QName(uri, "parameterset")}), new ObjectInfo(null), cpmapping));
typeinfos.add(new TypeInfo(new XMLInfo(new QName[]{new QName(uri, "initialinternalevent"), new QName(uri, "parameter")}), new ObjectInfo(null), cpmapping));
typeinfos.add(new TypeInfo(new XMLInfo(new QName[]{new QName(uri, "initialinternalevent"), new QName(uri, "parameterset")}), new ObjectInfo(null), cpmapping));
typeinfos.add(new TypeInfo(new XMLInfo(new QName[]{new QName(uri, "initialmessageevent"), new QName(uri, "parameter")}), new ObjectInfo(null), cpmapping));
typeinfos.add(new TypeInfo(new XMLInfo(new QName[]{new QName(uri, "initialmessageevent"), new QName(uri, "parameterset")}), new ObjectInfo(null), cpmapping));
typeinfos.add(new TypeInfo(new XMLInfo(new QName[]{new QName(uri, "endgoal"), new QName(uri, "parameter")}), new ObjectInfo(null), cpmapping));
typeinfos.add(new TypeInfo(new XMLInfo(new QName[]{new QName(uri, "endgoal"), new QName(uri, "parameterset")}), new ObjectInfo(null), cpmapping));
typeinfos.add(new TypeInfo(new XMLInfo(new QName[]{new QName(uri, "endplan"), new QName(uri, "parameter")}), new ObjectInfo(null), cpmapping));
typeinfos.add(new TypeInfo(new XMLInfo(new QName[]{new QName(uri, "endplan"), new QName(uri, "parameterset")}), new ObjectInfo(null), cpmapping));
typeinfos.add(new TypeInfo(new XMLInfo(new QName[]{new QName(uri, "endinternalevent"), new QName(uri, "parameter")}), new ObjectInfo(null), cpmapping));
typeinfos.add(new TypeInfo(new XMLInfo(new QName[]{new QName(uri, "endinternalevent"), new QName(uri, "parameterset")}), new ObjectInfo(null), cpmapping));
typeinfos.add(new TypeInfo(new XMLInfo(new QName[]{new QName(uri, "endmessageevent"), new QName(uri, "parameter")}), new ObjectInfo(null), cpmapping));
typeinfos.add(new TypeInfo(new XMLInfo(new QName[]{new QName(uri, "endmessageevent"), new QName(uri, "parameterset")}), new ObjectInfo(null), cpmapping));
return typeinfos;
}
/**
* Postprocess beliefs and belief sets.
*/
public static class BeliefMultiProc implements IPostProcessor
{
boolean multi;
BeliefMultiProc(boolean multi)
{
this.multi = multi;
}
public Object postProcess(IContext context, Object object)
{
MBelief mbel = (MBelief)object;
mbel.setMulti(multi);
// Init events.
BDIXModel model = (BDIXModel)context.getRootObject();
mbel.initEvents(model, context.getClassLoader());
return mbel;
}
public int getPass()
{
return 0;
}
}
/**
* Postprocess parameters and parameter sets.
*/
public static class ParamMultiProc implements IPostProcessor
{
boolean multi;
ParamMultiProc(boolean multi)
{
this.multi = multi;
}
public Object postProcess(IContext context, Object object)
{
MParameter mparam = (MParameter)object;
mparam.setMulti(multi);
// Init events.
AReadContext ar = (AReadContext)context;
MParameterElement pe = null;
for(StackElement se: ar.getStack())
{
if(se.getObject() instanceof MParameterElement)
{
pe = (MParameterElement)se.getObject();
}
}
mparam.initEvents(pe);
return mparam;
}
public int getPass()
{
return 0;
}
}
/**
*
*/
public static class GoalMetaProc implements IPostProcessor
{
boolean meta;
GoalMetaProc(boolean meta)
{
this.meta = meta;
}
public Object postProcess(IContext context, Object object)
{
MGoal mgoal = (MGoal)object;
mgoal.setMetagoal(meta);
return mgoal;
}
public int getPass()
{
return 0;
}
}
/**
* Find the belief/ref value.
* Returns the expression text of the default value.
*/
// Todo: other kernels provide object values!?
protected static String findBeliefDefaultValue(BDIXModel model, MBelief mbel, String configname)
{
List facts;
if(mbel.isMulti(null))
{
facts = SBDIModel.findBeliefSetDefaultValues(model, mbel, configname);
}
else
{
UnparsedExpression fact = SBDIModel.findBeliefDefaultValue(model, mbel, configname);
facts = fact!=null ? Collections.singletonList(fact) : null;
}
String ret = null;
if(facts!=null)
{
if(mbel.isMulti(null))
{
// Todo: facts expression
for(UnparsedExpression fact: facts)
{
if(ret==null)
{
ret = "new Object[]{";
}
else
{
ret += ", ";
}
if(fact.getParsed() instanceof ExpressionNode)
{
ret += ((ExpressionNode)fact.getParsed()).toPlainString();
}
else
{
ret += fact.getValue();
}
}
ret += "}";
}
else if(facts.size()>0)
{
if(facts.get(0).getParsed() instanceof ExpressionNode)
{
ret = ((ExpressionNode)facts.get(0).getParsed()).toPlainString();
}
else
{
ret = facts.get(0).getValue();
}
}
}
return ret;
}
}
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