jadex.nfproperty.impl.NFPropertyFeature Maven / Gradle / Ivy
Go to download
Show more of this group Show more artifacts with this name
Show all versions of nfproperty Show documentation
Show all versions of nfproperty Show documentation
Non functional properties feature
package jadex.nfproperty.impl;
import java.util.ArrayList;
import java.util.Collection;
import java.util.HashMap;
import java.util.List;
import java.util.Map;
import java.util.Map.Entry;
import jadex.collection.ILRUEntryCleaner;
import jadex.collection.LRU;
import jadex.common.MethodInfo;
import jadex.common.SUtil;
import jadex.common.Tuple2;
import jadex.common.UnparsedExpression;
import jadex.core.IComponent;
import jadex.core.IExternalAccess;
import jadex.core.IThrowingFunction;
import jadex.core.impl.Component;
import jadex.core.impl.ComponentManager;
import jadex.execution.impl.ILifecycle;
import jadex.future.DefaultResultListener;
import jadex.future.Future;
import jadex.future.FutureBarrier;
import jadex.future.IFuture;
import jadex.future.IResultListener;
import jadex.future.ITerminableIntermediateFuture;
import jadex.future.TerminableIntermediateDelegationFuture;
import jadex.micro.MicroAgent;
import jadex.model.IModelFeature;
import jadex.model.impl.AbstractModelLoader;
import jadex.model.modelinfo.ModelInfo;
import jadex.nfproperty.INFMixedPropertyProvider;
import jadex.nfproperty.INFProperty;
import jadex.nfproperty.INFPropertyFeature;
import jadex.nfproperty.INFPropertyMetaInfo;
import jadex.nfproperty.INFPropertyProvider;
import jadex.nfproperty.impl.modelinfo.NFPropertyInfo;
import jadex.nfproperty.impl.search.IRankingSearchTerminationDecider;
import jadex.nfproperty.impl.search.IServiceRanker;
import jadex.nfproperty.impl.search.ServiceRankingDelegationResultListener;
import jadex.nfproperty.impl.search.ServiceRankingDelegationResultListener2;
import jadex.nfproperty.sensor.service.TagProperty;
import jadex.providedservice.IProvidedServiceFeature;
import jadex.providedservice.IService;
import jadex.providedservice.IServiceIdentifier;
import jadex.providedservice.annotation.Tag;
import jadex.providedservice.annotation.Tags;
public class NFPropertyFeature implements ILifecycle, INFPropertyFeature
{
//-------- attributes --------
protected Component self;
/** The component property provider. */
protected INFPropertyProvider compprovider;
/** The nf property providers for required services. */
protected Map proserprops;
/** The nf property providers for required services. */
protected Map reqserprops;
/** The max number of preserved req service providers. */
protected int maxreq;
///** The parent provider. */
//protected INFPropertyProvider parent;
//-------- constructors --------
protected NFPropertyFeature(Component self)
{
this.self = self;
}
public Component getComponent()
{
return self;
}
@Override
public void onStart()
{
ModelInfo model = (ModelInfo)self.getFeature(IModelFeature.class).getModel();
NFPropertyModel mymodel = (NFPropertyModel)model.getFeatureModel(INFPropertyFeature.class);
if(mymodel==null)
mymodel = loadModel();
if(mymodel!=null)
{
// Init nf component props
FutureBarrier bar = new FutureBarrier();
Collection nfprops = mymodel.getComponentProperties();
for(NFPropertyInfo nfprop: nfprops)
{
try
{
Class clazz = nfprop.getClazz().getType(getComponent().getClassLoader(), model.getAllImports());
INFProperty nfp = AbstractNFProperty.createProperty(clazz, getComponent(), null, null, nfprop.getParameters());
bar.add(getComponentPropertyProvider().addNFProperty(nfp));
}
catch(Exception e)
{
System.out.println("Property creation problem: "+e);
}
}
Collection names = mymodel.getProvidedServiceNames();
IProvidedServiceFeature psf = self.getFeature(IProvidedServiceFeature.class);
final NFPropertyModel fmymodel = mymodel;
names.forEach(name ->
{
IService ser = psf.getProvidedService(name);
Map> nfps = fmymodel.getProvidedServiceMethodProperties(name);
nfps.entrySet().forEach(entry ->
{
bar.add(addNFMethodProperties(entry.getValue(), ser, entry.getKey()));
});
List snfps = fmymodel.getProvidedServiceProperties(name);
if(snfps!=null)
{
bar.add(addNFProperties(snfps, ser));
// tags handled directly in provided service now
// Hack?! must update tags in sid :-(
/*IServiceIdentifier sid = ser.getServiceId();
getProvidedServicePropertyProvider(sid).getNFPropertyValue(TagProperty.NAME).then(val ->
{
Collection coll = val == null ? new ArrayList() : new LinkedHashSet((Collection)val);
Set tags = new LinkedHashSet(coll);
((ServiceIdentifier)sid).setTags(tags);
// Hack!!! re-index
ServiceRegistry reg = (ServiceRegistry)ServiceRegistry.getRegistry();
reg.updateService(sid);
}).catchEx(ex -> System.out.println("not found tag"));*/
}
});
bar.waitFor().get();
}
}
/**
* Called when the feature is shutdowned.
*/
public void onEnd()
{
FutureBarrier bar = new FutureBarrier();
if(compprovider!=null)
bar.add(compprovider.shutdownNFPropertyProvider());
if(proserprops!=null)
proserprops.values().stream().forEach(p -> bar.add(p.shutdownNFPropertyProvider()));
if(reqserprops!=null)
reqserprops.values().stream().forEach(p -> bar.add(p.shutdownNFPropertyProvider()));
bar.waitFor().get();
}
public NFPropertyModel loadModel()
{
ModelInfo model = (ModelInfo)self.getFeature(IModelFeature.class).getModel();
NFPropertyModel mymodel = (NFPropertyModel)model.getFeatureModel(INFPropertyFeature.class);
if(mymodel==null)
{
mymodel = (NFPropertyModel)NFPropertyLoader.readFeatureModel(model, ((MicroAgent)self).getPojo().getClass(), this.getClass().getClassLoader());
final NFPropertyModel fmymodel = mymodel;
AbstractModelLoader loader = AbstractModelLoader.getLoader((Class< ? extends Component>)self.getClass());
loader.updateCachedModel(() ->
{
model.putFeatureModel(INFPropertyFeature.class, fmymodel);
});
}
return mymodel;
}
/**
* Get the component property provider.
*/
public INFPropertyProvider getComponentPropertyProvider()
{
if(compprovider==null)
this.compprovider = new NFPropertyProvider(null, getComponent());
return compprovider;
}
/**
* Get the required service property provider for a service.
*/
public INFMixedPropertyProvider getRequiredServicePropertyProvider(IServiceIdentifier sid)
{
INFMixedPropertyProvider ret = null;
if(reqserprops==null)
{
reqserprops = new LRU(maxreq, new ILRUEntryCleaner()
{
public void cleanupEldestEntry(Entry eldest)
{
eldest.getValue().shutdownNFPropertyProvider().addResultListener(new DefaultResultListener()
{
public void resultAvailable(Void result)
{
}
});
}
});
}
ret = reqserprops.get(sid);
if(ret==null)
{
ret = new NFMethodPropertyProvider(getComponent().getId(), getComponent());
reqserprops.put(sid, ret);
// System.out.println("created req ser provider: "+sid+" "+hashCode());
}
return ret;
}
/**
* Has the service a property provider.
*/
public boolean hasRequiredServicePropertyProvider(IServiceIdentifier sid)
{
return reqserprops!=null? reqserprops.get(sid)!=null: false;
}
/**
* Get the provided service property provider for a service.
*/
public INFMixedPropertyProvider getProvidedServicePropertyProvider(IServiceIdentifier sid)
{
INFMixedPropertyProvider ret = null;
if(proserprops==null)
{
proserprops = new HashMap();
}
ret = proserprops.get(sid);
if(ret==null)
{
ret = new NFMethodPropertyProvider(getComponent().getId(), getComponent());
proserprops.put(sid, ret);
}
return ret;
}
// /**
// * Get the provided service property provider for a service.
// */
// public INFMixedPropertyProvider getProvidedServicePropertyProvider(Class iface)
// {
// }
/**
* Init the service and method nf properties.
* /
public IFuture initNFProperties(final IInternalService ser, Class impltype)
{
final Future ret = new Future();
List> classes = new ArrayList>();
Class superclazz = ser.getServiceId().getServiceType().getType(getComponent().getClassLoader());
while(superclazz != null && !Object.class.equals(superclazz))
{
classes.add(superclazz);
superclazz = superclazz.getSuperclass();
}
if(impltype!=null)
{
superclazz = impltype;
while(superclazz != null && !BasicService.class.equals(superclazz) && !Object.class.equals(superclazz))
{
classes.add(superclazz);
superclazz = superclazz.getSuperclass();
}
}
// Collections.reverse(classes);
int cnt = 0;
LateCounterListener lis = new LateCounterListener(new DelegationResultListener(ret));
Map meths = new HashMap();
for(Class sclazz: classes)
{
if(sclazz.isAnnotationPresent(NFProperties.class))
{
addNFProperties(sclazz.getAnnotation(NFProperties.class), ser).addResultListener(lis);
cnt++;
}
if(sclazz.isAnnotationPresent(Tags.class))
{
addTags(sclazz.getAnnotation(Tags.class), ser).addResultListener(lis);
cnt++;
}
Method[] methods = sclazz.getMethods();
for(Method m : methods)
{
if(m.isAnnotationPresent(NFProperties.class))
{
MethodInfo mis = new MethodInfo(m.getName(), m.getParameterTypes());
if(!meths.containsKey(mis))
{
meths.put(mis, m);
}
}
}
}
for(MethodInfo key: meths.keySet())
{
addNFMethodProperties(meths.get(key).getAnnotation(NFProperties.class), ser, key).addResultListener(lis);
cnt++;
}
// Set the number of issued calls
lis.setMax(cnt);
return ret;
}*/
/**
* Add nf properties from a type.
*/
public IFuture addNFProperties(List infos, IService ser)
{
FutureBarrier bar = new FutureBarrier<>();
INFMixedPropertyProvider prov = getProvidedServicePropertyProvider(ser.getServiceId());
for(NFPropertyInfo nfprop : infos)
{
Class clazz = nfprop.getClazz().getType(ComponentManager.get().getClassLoader());
INFProperty prop = AbstractNFProperty.createProperty(clazz, getComponent(), ser, null, nfprop.getParameters());
bar.add(prov.addNFProperty(prop));
}
return bar.waitFor();
}
/**
* Add nf properties from a type.
*/
public IFuture addTags(Tags tags, IService ser)
{
INFMixedPropertyProvider prov = getProvidedServicePropertyProvider(ser.getServiceId());
List params = new ArrayList<>();
// if(tags.argumentname().length()>0)
// params.add(new UnparsedExpression(TagProperty.ARGUMENT, "\""+tags.argumentname()+"\""));
for(int i=0; i0)
{
try
{
IModelFeature mf = getComponent().getFeature(IModelFeature.class);
Object val = SJavaParser.evaluateExpression(tag.include(), mf.getModel().getAllImports(), mf.getFetcher(), IComponentManager.get().getClassLoader());
if(val instanceof Boolean && ((Boolean)val).booleanValue())
params.add(new UnparsedExpression(TagProperty.NAME+"_"+i, tag.value()));
}
catch(Exception e)
{
e.printStackTrace();
}
}
else
{*/
params.add(new UnparsedExpression(TagProperty.NAME+"_"+i, tag.value()));
//}
}
IFuture ret = IFuture.DONE;
if(params.size()>0)
{
INFProperty prop = AbstractNFProperty.createProperty(TagProperty.class, getComponent(), ser, null, params);
ret = prov.addNFProperty(prop);
}
return ret;
}
/**
* Add nf properties from a type.
*/
public IFuture addNFMethodProperties(List nfprops, IService ser, MethodInfo mi)
{
INFMixedPropertyProvider prov = getProvidedServicePropertyProvider(ser.getServiceId());
FutureBarrier bar = new FutureBarrier<>();
for(NFPropertyInfo nfprop: nfprops)
{
Class clazz = nfprop.getClazz().getType(ComponentManager.get().getClassLoader());
INFProperty prop = AbstractNFProperty.createProperty(clazz, getComponent(), ser, mi, nfprop.getParameters());
bar.add(prov.addMethodNFProperty(mi, prop));
}
return bar.waitFor();
}
/**
* Get external feature facade.
*/
public T getExternalFacade(Object context)
{
T ret = null;
if(context instanceof IService)
{
// IServiceIdentifier sid = (IServiceIdentifier)context;
ret = (T)getProvidedServicePropertyProvider(((IService)context).getServiceId());
}
else
{
ret = (T)getComponentPropertyProvider();
}
return ret;
}
// /**
// *
// */
// public Class getExternalFacadeType(Object context)
// {
// Class ret = (Class)INFPropertyComponentFeature.class;
// if(context instanceof IService)
// {
// ret = (Class)INFMixedPropertyProvider.class;
// }
// return ret;
// }
/**
* Returns the declared names of all non-functional properties of this service.
* @return The names of the non-functional properties of this service.
*/
public IFuture getNFPropertyNames()
{
return getComponentPropertyProvider().getNFPropertyNames();
}
/**
* Returns the names of all non-functional properties of this service.
* @return The names of the non-functional properties of this service.
*/
public IFuture getNFAllPropertyNames()
{
return getComponentPropertyProvider().getNFAllPropertyNames();
}
/**
* Returns the meta information about a non-functional property of this service.
* @param name Name of the property.
* @return The meta information about a non-functional property of this service.
*/
public IFuture> getNFPropertyMetaInfos()
{
return getComponentPropertyProvider().getNFPropertyMetaInfos();
}
/**
* Returns the meta information about a non-functional property of this service.
* @param name Name of the property.
* @return The meta information about a non-functional property of this service.
*/
public IFuture getNFPropertyMetaInfo(String name)
{
return getNFPropertyMetaInfo(name);
}
/**
* Returns the current value of a non-functional property of this service.
* @param name Name of the property.
* @param type Type of the property value.
* @return The current value of a non-functional property of this service.
*/
public IFuture getNFPropertyValue(String name)
{
return getComponentPropertyProvider().getNFPropertyValue(name);
}
/**
* Returns the current value of a non-functional property of this service, performs unit conversion.
* @param name Name of the property.
* @param type Type of the property value.
* @param unit Unit of the property value.
* @return The current value of a non-functional property of this service.
*/
public IFuture getNFPropertyValue(String name, U unit)
{
return getComponentPropertyProvider().getNFPropertyValue(name, unit);
}
/**
* Returns the current value of a non-functional property of this component.
* @param name Name of the property.
* @param type Type of the property value.
* @return The current value of a non-functional property of this component as string.
*/
public IFuture getNFPropertyPrettyPrintValue(String name)
{
return getComponentPropertyProvider().getNFPropertyPrettyPrintValue(name);
}
/**
* Add a non-functional property.
* @param nfprop The property.
*/
public IFuture addNFProperty(INFProperty nfprop)
{
return getComponentPropertyProvider().addNFProperty(nfprop);
}
/**
* Remove a non-functional property.
* @param The name.
*/
public IFuture removeNFProperty(String name)
{
return getComponentPropertyProvider().removeNFProperty(name);
}
/**
* Shutdown the provider.
*/
public IFuture shutdownNFPropertyProvider()
{
return getComponentPropertyProvider().shutdownNFPropertyProvider();
}
//-------- service methods --------
/**
* Returns the declared names of all non-functional properties of this service.
* @return The names of the non-functional properties of this service.
*/
public IFuture getNFPropertyNames(IServiceIdentifier sid)
{
if(sid.getProviderId().equals(getComponent().getId()))
{
return getProvidedServicePropertyProvider(sid).getNFPropertyNames();
}
else
{
final Future ret = new Future();
IExternalAccess ex = getComponent().getExternalAccess(sid.getProviderId());
ex.scheduleAsyncStep((IThrowingFunction>)agent ->
{
INFPropertyFeature nfp = agent.getFeature(INFPropertyFeature.class);
//return nfp.getProvidedServicePropertyProvider(sid).getNFPropertyNames();
return nfp!=null? nfp.getProvidedServicePropertyProvider(sid).getNFPropertyNames(): new Future(SUtil.EMPTY_STRING_ARRAY);
}).delegateTo(ret);
/*component.getExternalAccessAsync(sid.getProviderId()).addResultListener(new ExceptionDelegationResultListener(ret)
{
public void customResultAvailable(IExternalAccess result)
{
result.scheduleStep(new IPriorityComponentStep()
{
@Classname("getNFPropertyNames9")
public IFuture execute(IInternalAccess ia)
{
INFPropertyComponentFeature nfp = ia.getFeature(INFPropertyComponentFeature.class);
return nfp.getProvidedServicePropertyProvider(sid).getNFPropertyNames();
}
}).addResultListener(new DelegationResultListener(ret));
}
});*/
return ret;
}
}
/**
* Returns the names of all non-functional properties of this service.
* @return The names of the non-functional properties of this service.
*/
public IFuture getNFAllPropertyNames(final IServiceIdentifier sid)
{
if(sid.getProviderId().equals(getComponent().getId()))
{
return getProvidedServicePropertyProvider(sid).getNFAllPropertyNames();
}
else
{
final Future ret = new Future();
IExternalAccess ex = getComponent().getExternalAccess(sid.getProviderId());
ex.scheduleAsyncStep((IThrowingFunction>)agent ->
{
INFPropertyFeature nfp = agent.getFeature(INFPropertyFeature.class);
return nfp!=null? nfp.getProvidedServicePropertyProvider(sid).getNFAllPropertyNames(): new Future(SUtil.EMPTY_STRING_ARRAY);
}).delegateTo(ret);
return ret;
}
}
/**
* Returns the meta information about a non-functional property of this service.
* @param name Name of the property.
* @return The meta information about a non-functional property of this service.
*/
public IFuture> getNFPropertyMetaInfos(IServiceIdentifier sid)
{
if(sid.getProviderId().equals(getComponent().getId()))
{
INFMixedPropertyProvider prov = getProvidedServicePropertyProvider(sid);
if(prov!=null)
{
IFuture> metainf = prov.getNFPropertyMetaInfos();
if(metainf!=null)
{
return metainf;
}
}
return new Future>(new HashMap());
}
else
{
final Future> ret = new Future>();
IExternalAccess ex = getComponent().getExternalAccess(sid.getProviderId());
ex.scheduleAsyncStep((IThrowingFunction>>)agent ->
{
INFPropertyFeature nfp = agent.getFeature(INFPropertyFeature.class);
INFMixedPropertyProvider prov = nfp.getProvidedServicePropertyProvider(sid);
if(prov!=null)
{
IFuture> metainf = prov.getNFPropertyMetaInfos();
if(metainf!=null)
return metainf;
}
return new Future>(new HashMap());
}).delegateTo(ret);
return ret;
}
}
/**
* Returns the meta information about a non-functional property of this service.
* @param name Name of the property.
* @return The meta information about a non-functional property of this service.
*/
public IFuture getNFPropertyMetaInfo(final IServiceIdentifier sid, final String name)
{
if(sid.getProviderId().equals(getComponent().getId()))
{
return getProvidedServicePropertyProvider(sid).getNFPropertyMetaInfo(name);
}
else
{
final Future ret = new Future();
IExternalAccess ex = getComponent().getExternalAccess(sid.getProviderId());
ex.scheduleAsyncStep((IThrowingFunction>)agent ->
{
INFPropertyFeature nfp = agent.getFeature(INFPropertyFeature.class);
return nfp!=null? nfp.getProvidedServicePropertyProvider(sid).getNFPropertyMetaInfo(name): new Future<>(new RuntimeException("No nf properties"));
}).delegateTo(ret);
return ret;
}
}
/**
* Returns the current value of a non-functional property of this service.
* @param name Name of the property.
* @param type Type of the property value.
* @return The current value of a non-functional property of this service.
*/
public IFuture getNFPropertyValue(final IServiceIdentifier sid, final String name)
{
if(sid.getProviderId().equals(getComponent().getId()))
{
return getProvidedServicePropertyProvider(sid).getNFPropertyValue(name);
}
else
{
final Future ret = new Future();
IExternalAccess ex = getComponent().getExternalAccess(sid.getProviderId());
ex.scheduleAsyncStep((IThrowingFunction>)agent ->
{
INFPropertyFeature nfp = agent.getFeature(INFPropertyFeature.class);
return nfp!=null? nfp.getProvidedServicePropertyProvider(sid).getNFPropertyValue(name): new Future<>(new RuntimeException("No nf properties"));
}).delegateTo(ret);
return ret;
}
}
/**
* Returns the current value of a non-functional property of this service, performs unit conversion.
* @param name Name of the property.
* @param type Type of the property value.
* @param unit Unit of the property value.
* @return The current value of a non-functional property of this service.
*/
public IFuture getNFPropertyValue(final IServiceIdentifier sid, final String name, final U unit)
{
if(sid.getProviderId().equals(getComponent().getId()))
{
return getProvidedServicePropertyProvider(sid).getNFPropertyValue(name, unit);
}
else
{
final Future ret = new Future();
IExternalAccess ex = getComponent().getExternalAccess(sid.getProviderId());
ex.scheduleAsyncStep((IThrowingFunction>)agent ->
{
INFPropertyFeature nfp = agent.getFeature(INFPropertyFeature.class);
return nfp!=null? nfp.getProvidedServicePropertyProvider(sid).getNFPropertyValue(name, unit): new Future<>(new RuntimeException("No nf properties"));
}).delegateTo(ret);
return ret;
}
}
/**
* Returns the current value of a non-functional property of this service, performs unit conversion.
* @param name Name of the property.
* @param type Type of the property value.
* @param unit Unit of the property value.
* @return The current value of a non-functional property of this service as string.
*/
public IFuture getNFPropertyPrettyPrintValue(IServiceIdentifier sid, String name)
{
if(sid.getProviderId().equals(getComponent().getId()))
{
return getProvidedServicePropertyProvider(sid).getNFPropertyPrettyPrintValue(name);
}
else
{
final Future ret = new Future();
IExternalAccess ex = getComponent().getExternalAccess(sid.getProviderId());
ex.scheduleAsyncStep((IThrowingFunction>)agent ->
{
INFPropertyFeature nfp = agent.getFeature(INFPropertyFeature.class);
return nfp!=null? nfp.getProvidedServicePropertyProvider(sid).getNFPropertyPrettyPrintValue(name): new Future<>(new RuntimeException("No nf properties"));
}).delegateTo(ret);
return ret;
}
}
/**
* Add a non-functional property.
* @param nfprop The property.
*/
public IFuture addNFProperty(final IServiceIdentifier sid, final INFProperty nfprop)
{
if(sid.getProviderId().equals(getComponent().getId()))
{
return getProvidedServicePropertyProvider(sid).addNFProperty(nfprop);
}
else
{
final Future ret = new Future();
IExternalAccess ex = getComponent().getExternalAccess(sid.getProviderId());
ex.scheduleAsyncStep((IThrowingFunction>)agent ->
{
INFPropertyFeature nfp = agent.getFeature(INFPropertyFeature.class);
return nfp!=null? nfp.getProvidedServicePropertyProvider(sid).addNFProperty(nfprop): new Future<>(new RuntimeException("No nf properties"));
}).delegateTo(ret);
return ret;
}
}
/**
* Remove a non-functional property.
* @param The name.
*/
public IFuture removeNFProperty(final IServiceIdentifier sid, final String name)
{
if(sid.getProviderId().equals(getComponent().getId()))
{
return getProvidedServicePropertyProvider(sid).removeNFProperty(name);
}
else
{
final Future ret = new Future();
IExternalAccess ex = getComponent().getExternalAccess(sid.getProviderId());
ex.scheduleAsyncStep((IThrowingFunction>)agent ->
{
INFPropertyFeature nfp = agent.getFeature(INFPropertyFeature.class);
return nfp!=null? nfp.getProvidedServicePropertyProvider(sid).removeNFProperty(name): new Future<>(new RuntimeException("No nf properties"));
}).delegateTo(ret);
return ret;
}
}
/**
* Shutdown the provider.
*/
public IFuture shutdownNFPropertyProvider(final IServiceIdentifier sid)
{
if(sid.getProviderId().equals(getComponent().getId()))
{
return getProvidedServicePropertyProvider(sid).shutdownNFPropertyProvider();
}
else
{
final Future ret = new Future();
IExternalAccess ex = getComponent().getExternalAccess(sid.getProviderId());
ex.scheduleAsyncStep((IThrowingFunction>)agent ->
{
INFPropertyFeature nfp = agent.getFeature(INFPropertyFeature.class);
return nfp!=null? nfp.getProvidedServicePropertyProvider(sid).shutdownNFPropertyProvider(): new Future<>(new RuntimeException("No nf properties"));
}).delegateTo(ret);
return ret;
}
}
//-------- provided service methods --------
/**
* Returns meta information about a non-functional properties of all methods.
* @return The meta information about a non-functional properties.
*/
public IFuture>> getMethodNFPropertyMetaInfos(final IServiceIdentifier sid)
{
if(sid.getProviderId().equals(getComponent().getId()))
{
return getProvidedServicePropertyProvider(sid).getMethodNFPropertyMetaInfos();
}
else
{
final Future>> ret = new Future>>();
IExternalAccess ex = getComponent().getExternalAccess(sid.getProviderId());
ex.scheduleAsyncStep((IThrowingFunction>>>)agent ->
{
INFPropertyFeature nfp = agent.getFeature(INFPropertyFeature.class);
return nfp!=null? nfp.getProvidedServicePropertyProvider(sid).getMethodNFPropertyMetaInfos(): new Future<>(new RuntimeException("No nf properties"));
}).delegateTo(ret);
return ret;
}
}
/**
* Returns the names of all non-functional properties of the specified method.
* @param method The method targeted by this operation.
* @return The names of the non-functional properties of the specified method.
*/
public IFuture getMethodNFPropertyNames(final IServiceIdentifier sid, final MethodInfo method)
{
if(sid.getProviderId().equals(getComponent().getId()))
{
return getProvidedServicePropertyProvider(sid).getMethodNFPropertyNames(method);
}
else
{
final Future ret = new Future();
IExternalAccess ex = getComponent().getExternalAccess(sid.getProviderId());
ex.scheduleAsyncStep((IThrowingFunction>)agent ->
{
INFPropertyFeature nfp = agent.getFeature(INFPropertyFeature.class);
return nfp!=null? nfp.getProvidedServicePropertyProvider(sid).getMethodNFPropertyNames(method): new Future<>(new RuntimeException("No nf properties"));
}).delegateTo(ret);
return ret;
}
}
/**
* Returns the names of all non-functional properties of this method.
* This includes the properties of all parent components.
* @return The names of the non-functional properties of this method.
*/
public IFuture getMethodNFAllPropertyNames(final IServiceIdentifier sid, final MethodInfo method)
{
if(sid.getProviderId().equals(getComponent().getId()))
{
return getProvidedServicePropertyProvider(sid).getMethodNFPropertyNames(method);
}
else
{
final Future ret = new Future();
IExternalAccess ex = getComponent().getExternalAccess(sid.getProviderId());
ex.scheduleAsyncStep((IThrowingFunction>)agent ->
{
INFPropertyFeature nfp = agent.getFeature(INFPropertyFeature.class);
return nfp!=null? nfp.getProvidedServicePropertyProvider(sid).getMethodNFAllPropertyNames(method): new Future<>(new RuntimeException("No nf properties"));
}).delegateTo(ret);
return ret;
}
}
/**
* Returns meta information about a non-functional properties of a method.
* @return The meta information about a non-functional properties.
*/
public IFuture> getMethodNFPropertyMetaInfos(final IServiceIdentifier sid, final MethodInfo method)
{
if(sid.getProviderId().equals(getComponent().getId()))
{
return getProvidedServicePropertyProvider(sid).getMethodNFPropertyMetaInfos(method);
}
else
{
final Future> ret = new Future>();
IExternalAccess ex = getComponent().getExternalAccess(sid.getProviderId());
ex.scheduleAsyncStep((IThrowingFunction>>)agent ->
{
INFPropertyFeature nfp = agent.getFeature(INFPropertyFeature.class);
return nfp!=null? nfp.getProvidedServicePropertyProvider(sid).getMethodNFPropertyMetaInfos(method): new Future<>(new RuntimeException("No nf properties"));
}).delegateTo(ret);
return ret;
}
}
/**
* Returns the meta information about a non-functional property of the specified method.
* @param method The method targeted by this operation.
* @param name Name of the property.
* @return The meta information about a non-functional property of the specified method.
*/
public IFuture getMethodNFPropertyMetaInfo(final IServiceIdentifier sid, final MethodInfo method, final String name)
{
if(sid.getProviderId().equals(getComponent().getId()))
{
return getProvidedServicePropertyProvider(sid).getMethodNFPropertyMetaInfo(method, name);
}
else
{
final Future ret = new Future();
IExternalAccess ex = getComponent().getExternalAccess(sid.getProviderId());
ex.scheduleAsyncStep((IThrowingFunction>)agent ->
{
INFPropertyFeature nfp = agent.getFeature(INFPropertyFeature.class);
return nfp!=null? nfp.getProvidedServicePropertyProvider(sid).getMethodNFPropertyMetaInfo(method, name): new Future<>(new RuntimeException("No nf properties"));
}).delegateTo(ret);
return ret;
}
}
/**
* Returns the current value of a non-functional property of the specified method.
* @param method The method targeted by this operation.
* @param name Name of the property.
* @param type Type of the property value.
* @return The current value of a non-functional property of the specified method.
*/
public IFuture getMethodNFPropertyValue(final IServiceIdentifier sid, final MethodInfo method, final String name)
{
if(sid.getProviderId().equals(getComponent().getId()))
{
return getProvidedServicePropertyProvider(sid).getMethodNFPropertyValue(method, name);
}
else
{
final Future ret = new Future();
IExternalAccess ex = getComponent().getExternalAccess(sid.getProviderId());
ex.scheduleAsyncStep((IThrowingFunction>)agent ->
{
INFPropertyFeature nfp = agent.getFeature(INFPropertyFeature.class);
return nfp!=null? nfp.getProvidedServicePropertyProvider(sid).getMethodNFPropertyValue(method, name): new Future<>(new RuntimeException("No nf properties"));
}).delegateTo(ret);
return ret;
}
}
/**
* Returns the current value of a non-functional property of the specified method, performs unit conversion.
* @param method The method targeted by this operation.
* @param name Name of the property.
* @param type Type of the property value.
* @param unit Unit of the property value.
* @return The current value of a non-functional property of the specified method.
*/
// public IFuture getNFPropertyValue(Method method, String name, Class unit);
public IFuture getMethodNFPropertyValue(final IServiceIdentifier sid, final MethodInfo method, final String name, final U unit)
{
if(sid.getProviderId().equals(getComponent().getId()))
{
return getProvidedServicePropertyProvider(sid).getMethodNFPropertyValue(method, name, unit);
}
else
{
final Future ret = new Future();
IExternalAccess ex = getComponent().getExternalAccess(sid.getProviderId());
ex.scheduleAsyncStep((IThrowingFunction>)agent ->
{
INFPropertyFeature nfp = agent.getFeature(INFPropertyFeature.class);
return nfp!=null? nfp.getProvidedServicePropertyProvider(sid).getMethodNFPropertyValue(method, name, unit): new Future<>(new RuntimeException("No nf properties"));
}).delegateTo(ret);
return ret;
}
}
public IFuture getMethodNFPropertyPrettyPrintValue(IServiceIdentifier sid, MethodInfo method, String name)
{
if(sid.getProviderId().equals(getComponent().getId()))
{
return getProvidedServicePropertyProvider(sid).getMethodNFPropertyPrettyPrintValue(method, name);
}
else
{
final Future ret = new Future();
IExternalAccess ex = getComponent().getExternalAccess(sid.getProviderId());
ex.scheduleAsyncStep((IThrowingFunction>)agent ->
{
INFPropertyFeature nfp = agent.getFeature(INFPropertyFeature.class);
return nfp!=null? nfp.getProvidedServicePropertyProvider(sid).getMethodNFPropertyPrettyPrintValue(method, name): new Future<>(new RuntimeException("No nf properties"));
}).delegateTo(ret);
return ret;
}
}
/**
* Add a non-functional property.
* @param method The method targeted by this operation.
* @param nfprop The property.
*/
public IFuture addMethodNFProperty(final IServiceIdentifier sid, final MethodInfo method, final INFProperty nfprop)
{
if(sid.getProviderId().equals(getComponent().getId()))
{
return getProvidedServicePropertyProvider(sid).addMethodNFProperty(method, nfprop);
}
else
{
final Future ret = new Future();
IExternalAccess ex = getComponent().getExternalAccess(sid.getProviderId());
ex.scheduleAsyncStep((IThrowingFunction>)agent ->
{
INFPropertyFeature nfp = agent.getFeature(INFPropertyFeature.class);
return nfp!=null? nfp.getProvidedServicePropertyProvider(sid).addMethodNFProperty(method, nfprop): new Future<>(new RuntimeException("No nf properties"));
}).delegateTo(ret);
return ret;
}
}
/**
* Remove a non-functional property.
* @param method The method targeted by this operation.
* @param The name.
*/
public IFuture removeMethodNFProperty(final IServiceIdentifier sid, final MethodInfo method, final String name)
{
if(sid.getProviderId().equals(getComponent().getId()))
{
return getProvidedServicePropertyProvider(sid).removeMethodNFProperty(method, name);
}
else
{
final Future ret = new Future();
IExternalAccess ex = getComponent().getExternalAccess(sid.getProviderId());
ex.scheduleAsyncStep((IThrowingFunction>)agent ->
{
INFPropertyFeature nfp = agent.getFeature(INFPropertyFeature.class);
return nfp!=null? nfp.getProvidedServicePropertyProvider(sid).removeMethodNFProperty(method, name): new Future<>(new RuntimeException("No nf properties"));
}).delegateTo(ret);
return ret;
}
}
//-------- required properties --------
/**
* Returns the declared names of all non-functional properties of this service.
* @return The names of the non-functional properties of this service.
*/
public IFuture getRequiredNFPropertyNames(final IServiceIdentifier sid)
{
return getRequiredServicePropertyProvider(sid).getNFPropertyNames();
}
/**
* Returns the names of all non-functional properties of this service.
* @return The names of the non-functional properties of this service.
*/
public IFuture getRequiredNFAllPropertyNames(final IServiceIdentifier sid)
{
return getRequiredServicePropertyProvider(sid).getNFAllPropertyNames();
}
/**
* Returns the meta information about a non-functional property of this service.
* @param name Name of the property.
* @return The meta information about a non-functional property of this service.
*/
public IFuture> getRequiredNFPropertyMetaInfos(final IServiceIdentifier sid)
{
return getRequiredServicePropertyProvider(sid).getNFPropertyMetaInfos();
}
/**
* Returns the meta information about a non-functional property of this service.
* @param name Name of the property.
* @return The meta information about a non-functional property of this service.
*/
public IFuture getRequiredNFPropertyMetaInfo(final IServiceIdentifier sid, final String name)
{
return getRequiredServicePropertyProvider(sid).getNFPropertyMetaInfo(name);
}
/**
* Returns the current value of a non-functional property of this service.
* @param name Name of the property.
* @param type Type of the property value.
* @return The current value of a non-functional property of this service.
*/
public IFuture getRequiredNFPropertyValue(final IServiceIdentifier sid, final String name)
{
return getRequiredServicePropertyProvider(sid).getNFPropertyValue(name);
}
/**
* Returns the current value of a non-functional property of this service, performs unit conversion.
* @param name Name of the property.
* @param type Type of the property value.
* @param unit Unit of the property value.
* @return The current value of a non-functional property of this service.
*/
// public IFuture getNFPropertyValue(String name, Class unit);
public IFuture getRequiredNFPropertyValue(final IServiceIdentifier sid, final String name, final U unit)
{
return getRequiredServicePropertyProvider(sid).getNFPropertyValue(name, unit);
}
/**
* Returns the current value of a non-functional property of this service.
* @param name Name of the property.
* @param type Type of the property value.
* @return The current value of a non-functional property of this service.
*/
public IFuture getRequiredNFPropertyPrettyPrintValue(IServiceIdentifier sid, String name)
{
return getRequiredServicePropertyProvider(sid).getNFPropertyPrettyPrintValue(name);
}
/**
* Add a non-functional property.
* @param nfprop The property.
*/
public IFuture addRequiredNFProperty(final IServiceIdentifier sid, final INFProperty nfprop)
{
return getRequiredServicePropertyProvider(sid).addNFProperty(nfprop);
}
/**
* Remove a non-functional property.
* @param The name.
*/
public IFuture removeRequiredNFProperty(final IServiceIdentifier sid, final String name)
{
return getRequiredServicePropertyProvider(sid).removeNFProperty(name);
}
/**
* Shutdown the provider.
*/
public IFuture shutdownRequiredNFPropertyProvider(final IServiceIdentifier sid)
{
return getRequiredServicePropertyProvider(sid).shutdownNFPropertyProvider();
}
/**
* Returns meta information about a non-functional properties of all methods.
* @return The meta information about a non-functional properties.
*/
public IFuture>> getRequiredMethodNFPropertyMetaInfos(final IServiceIdentifier sid)
{
return getRequiredServicePropertyProvider(sid).getMethodNFPropertyMetaInfos();
}
/**
* Returns the names of all non-functional properties of the specified method.
* @param method The method targeted by this operation.
* @return The names of the non-functional properties of the specified method.
*/
public IFuture getRequiredMethodNFPropertyNames(final IServiceIdentifier sid, final MethodInfo method)
{
return getRequiredServicePropertyProvider(sid).getMethodNFPropertyNames(method);
}
/**
* Returns the names of all non-functional properties of this method.
* This includes the properties of all parent components.
* @return The names of the non-functional properties of this method.
*/
public IFuture getRequiredMethodNFAllPropertyNames(final IServiceIdentifier sid, final MethodInfo method)
{
return getRequiredServicePropertyProvider(sid).getMethodNFAllPropertyNames(method);
}
/**
* Returns meta information about a non-functional properties of a method.
* @return The meta information about a non-functional properties.
*/
public IFuture> getRequiredMethodNFPropertyMetaInfos(final IServiceIdentifier sid, final MethodInfo method)
{
return getRequiredServicePropertyProvider(sid).getMethodNFPropertyMetaInfos(method);
}
/**
* Returns the meta information about a non-functional property of the specified method.
* @param method The method targeted by this operation.
* @param name Name of the property.
* @return The meta information about a non-functional property of the specified method.
*/
public IFuture getRequiredMethodNFPropertyMetaInfo(final IServiceIdentifier sid, final MethodInfo method, final String name)
{
return getRequiredServicePropertyProvider(sid).getMethodNFPropertyMetaInfo(method, name);
}
/**
* Returns the current value of a non-functional property of the specified method.
* @param method The method targeted by this operation.
* @param name Name of the property.
* @param type Type of the property value.
* @return The current value of a non-functional property of the specified method.
*/
public IFuture getRequiredMethodNFPropertyValue(final IServiceIdentifier sid, final MethodInfo method, final String name)
{
return getRequiredServicePropertyProvider(sid).getMethodNFPropertyValue(method, name);
}
/**
* Returns the current value of a non-functional property of the specified method, performs unit conversion.
* @param method The method targeted by this operation.
* @param name Name of the property.
* @param type Type of the property value.
* @param unit Unit of the property value.
* @return The current value of a non-functional property of the specified method.
*/
// public IFuture getNFPropertyValue(Method method, String name, Class unit);
public IFuture getRequiredMethodNFPropertyValue(final IServiceIdentifier sid, final MethodInfo method, final String name, final U unit)
{
return getRequiredServicePropertyProvider(sid).getMethodNFPropertyValue(method, name, unit);
}
/**
* Returns the current value of a non-functional property of the specified method, performs unit conversion.
* @param method The method targeted by this operation.
* @param name Name of the property.
* @param type Type of the property value.
* @param unit Unit of the property value.
* @return The current value of a non-functional property of the specified method.
*/
public IFuture getRequiredMethodNFPropertyPrettyPrintValue(IServiceIdentifier sid, MethodInfo method, String name)
{
return getRequiredServicePropertyProvider(sid).getMethodNFPropertyPrettyPrintValue(method, name);
}
/**
* Add a non-functional property.
* @param method The method targeted by this operation.
* @param nfprop The property.
*/
public IFuture addRequiredMethodNFProperty(final IServiceIdentifier sid, final MethodInfo method, final INFProperty nfprop)
{
return getRequiredServicePropertyProvider(sid).addMethodNFProperty(method, nfprop);
}
/**
* Remove a non-functional property.
* @param method The method targeted by this operation.
* @param The name.
*/
public IFuture removeRequiredMethodNFProperty(final IServiceIdentifier sid, final MethodInfo method, final String name)
{
return getRequiredServicePropertyProvider(sid).removeMethodNFProperty(method, name);
}
/**
* Rank the services of a search with a specific ranker.
*/
public ITerminableIntermediateFuture rankServices(ITerminableIntermediateFuture searchfut,
IServiceRanker ranker, IRankingSearchTerminationDecider decider)
{
TerminableIntermediateDelegationFuture ret = new TerminableIntermediateDelegationFuture();
searchfut.addResultListener(new ServiceRankingDelegationResultListener(ret, searchfut, ranker, decider));
return ret;
}
/**
* Rank the services of a search with a specific ranker and emit the scores.
*/
public ITerminableIntermediateFuture> rankServicesWithScores(ITerminableIntermediateFuture searchfut,
IServiceRanker ranker, IRankingSearchTerminationDecider decider)
{
TerminableIntermediateDelegationFuture> ret = new TerminableIntermediateDelegationFuture>();
searchfut.addResultListener(new ServiceRankingDelegationResultListener2(ret, searchfut, ranker, decider));
return ret;
}
/**
* Counter listener that allows to set the max after usage.
*/
public static class LateCounterListener implements IResultListener
{
IResultListener delegate;
int max = -1;
int cnt = 0;
public LateCounterListener(IResultListener delegate)
{
this.delegate = delegate;
}
public void resultAvailable(T result)
{
cnt++;
check();
}
public void exceptionOccurred(Exception exception)
{
cnt++;
check();
}
protected void check()
{
if(max>-1 && max==cnt)
{
delegate.resultAvailable(null);
}
}
public void setMax(int max)
{
this.max = max;
check();
}
}
}
© 2015 - 2025 Weber Informatics LLC | Privacy Policy