public static void setPropertySetPropertyValueOfName(
      String propertyName, IfcPropertySet propertySet, IfcValue value) {
    if (PropertyUtility.shouldSetProperty(propertyName, value)) {
      for (IfcProperty property : propertySet.getHasProperties()) {
        if (property.getName().equalsIgnoreCase(propertyName)) {
          if (property instanceof IfcSimpleProperty) {
            if (property instanceof IfcPropertySingleValue) {
              IfcPropertySingleValue singValue = (IfcPropertySingleValue) property;
              singValue.setNominalValue(value);
            }
            if (property instanceof IfcPropertyEnumeratedValue) {
              setEnumProperty(value, property);
            }

            if (property instanceof IfcPhysicalSimpleQuantity) {
              IfcPhysicalSimpleQuantity physProp = (IfcPhysicalSimpleQuantity) property;
              if (value instanceof IfcReal) {
                IfcReal ifcReal = (IfcReal) value;
                PropertyUtility.setIfcPhysicalSimpleQuantityValue(physProp, ifcReal);
              }
            }
          }
        }
      }
    }
  }
 private static void setPhysicalProperty(IfcValue value, IfcUnit units, IfcProperty property) {
   IfcPhysicalSimpleQuantity physProp = (IfcPhysicalSimpleQuantity) property;
   if (units instanceof IfcNamedUnit) {
     physProp.setUnit((IfcNamedUnit) units);
   }
   if (value instanceof IfcReal) {
     IfcReal ifcReal = (IfcReal) value;
     PropertyUtility.setIfcPhysicalSimpleQuantityValue(physProp, ifcReal);
   }
 }
  /**
   * Ctor.
   *
   * @param revisionEventTypeName name
   * @param spec specification
   * @param statementStopService for stop handling
   * @param eventAdapterService for nested property handling
   */
  public VAERevisionProcessorDeclared(
      String revisionEventTypeName,
      RevisionSpec spec,
      StatementStopService statementStopService,
      EventAdapterService eventAdapterService,
      EventTypeIdGenerator eventTypeIdGenerator) {
    super(spec, revisionEventTypeName, eventAdapterService);

    // on statement stop, remove versions
    statementStopService.addSubscriber(
        new StatementStopCallback() {
          public void statementStopped() {
            statePerKey.clear();
          }
        });

    this.statePerKey = new HashMap<MultiKeyUntyped, RevisionStateDeclared>();
    this.baseEventType = spec.getBaseEventType();
    this.fullKeyGetters = PropertyUtility.getGetters(baseEventType, spec.getKeyPropertyNames());

    // sort non-key properties, removing keys
    groups =
        PropertyUtility.analyzeGroups(
            spec.getChangesetPropertyNames(), spec.getDeltaTypes(), spec.getDeltaNames());
    Map<String, RevisionPropertyTypeDesc> propertyDesc = createPropertyDescriptors(spec, groups);

    typeDescriptors =
        PropertyUtility.getPerType(
            groups, spec.getChangesetPropertyNames(), spec.getKeyPropertyNames());
    EventTypeMetadata metadata =
        EventTypeMetadata.createValueAdd(
            revisionEventTypeName, EventTypeMetadata.TypeClass.REVISION);
    revisionEventType =
        new RevisionEventType(
            metadata,
            eventTypeIdGenerator.getTypeId(revisionEventTypeName),
            propertyDesc,
            eventAdapterService);
  }
  public static void setPropertySetPropertyValueOfNameAndUnit(
      String propertyName, IfcPropertySet propertySet, IfcValue value, IfcUnit units) {
    if (PropertyUtility.shouldSetProperty(propertyName, value)) {
      for (IfcProperty property : propertySet.getHasProperties()) {
        if (property.getName().equalsIgnoreCase(propertyName)) {
          if (property instanceof IfcSimpleProperty) {
            if (property instanceof IfcPropertySingleValue) {
              setSingleValueProperty(value, units, property);
            }
            if (property instanceof IfcPropertyEnumeratedValue) {
              setEnumProperty(value, property);
            }

            if (property instanceof IfcPhysicalSimpleQuantity) {
              setPhysicalProperty(value, units, property);
            }
          }
        }
      }
    }
  }
  public void onUpdate(
      EventBean[] newData,
      EventBean[] oldData,
      NamedWindowRootView namedWindowRootView,
      NamedWindowIndexRepository indexRepository) {
    // If new data is filled, it is not a delete
    if ((newData == null) || (newData.length == 0)) {
      // we are removing an event
      RevisionEventBeanDeclared revisionEvent = (RevisionEventBeanDeclared) oldData[0];
      MultiKeyUntyped key = revisionEvent.getKey();
      statePerKey.remove(key);

      // Insert into indexes for fast deletion, if there are any
      for (EventTable table : indexRepository.getTables()) {
        table.remove(oldData);
      }

      // make as not the latest event since its due for removal
      revisionEvent.setLatest(false);

      namedWindowRootView.updateChildren(null, oldData);
      return;
    }

    RevisionEventBeanDeclared revisionEvent = (RevisionEventBeanDeclared) newData[0];
    EventBean underlyingEvent = revisionEvent.getUnderlyingFullOrDelta();
    EventType underyingEventType = underlyingEvent.getEventType();

    // obtain key values
    MultiKeyUntyped key = null;
    RevisionTypeDesc typesDesc = null;
    boolean isBaseEventType = false;
    if (underyingEventType == baseEventType) {
      key = PropertyUtility.getKeys(underlyingEvent, fullKeyGetters);
      isBaseEventType = true;
    } else {
      typesDesc = typeDescriptors.get(underyingEventType);

      // if this type cannot be found, check all supertypes, if any
      if (typesDesc == null) {
        Iterator<EventType> superTypes = underyingEventType.getDeepSuperTypes();
        if (superTypes != null) {
          EventType superType;
          for (; superTypes.hasNext(); ) {
            superType = superTypes.next();
            if (superType == baseEventType) {
              key = PropertyUtility.getKeys(underlyingEvent, fullKeyGetters);
              isBaseEventType = true;
              break;
            }
            typesDesc = typeDescriptors.get(superType);
            if (typesDesc != null) {
              typeDescriptors.put(underyingEventType, typesDesc);
              key = PropertyUtility.getKeys(underlyingEvent, typesDesc.getKeyPropertyGetters());
              break;
            }
          }
        }
      } else {
        key = PropertyUtility.getKeys(underlyingEvent, typesDesc.getKeyPropertyGetters());
      }

      if (key == null) {
        log.warn(
            "Ignoring event of event type '"
                + underyingEventType
                + "' for revision processing type '"
                + revisionEventTypeName);
        return;
      }
    }

    // get the state for this key value
    RevisionStateDeclared revisionState = statePerKey.get(key);

    // Delta event and no full
    if ((!isBaseEventType) && (revisionState == null)) {
      return; // Ignore the event, its a delta and we don't currently have a full event for it
    }

    // New full event
    if (revisionState == null) {
      revisionState = new RevisionStateDeclared(underlyingEvent, null, null);
      statePerKey.put(key, revisionState);

      // prepare revison event
      revisionEvent.setLastBaseEvent(underlyingEvent);
      revisionEvent.setKey(key);
      revisionEvent.setHolders(null);
      revisionEvent.setLatest(true);

      // Insert into indexes for fast deletion, if there are any
      for (EventTable table : indexRepository.getTables()) {
        table.add(newData);
      }

      // post to data window
      revisionState.setLastEvent(revisionEvent);
      namedWindowRootView.updateChildren(new EventBean[] {revisionEvent}, null);
      return;
    }

    // new version
    long versionNumber = revisionState.incRevisionNumber();

    // Previously-seen full event
    if (isBaseEventType) {
      revisionState.setHolders(null);
      revisionState.setBaseEventUnderlying(underlyingEvent);
    }
    // Delta event to existing full event
    else {
      int groupNum = typesDesc.getGroup().getGroupNum();
      RevisionBeanHolder[] holders = revisionState.getHolders();
      if (holders
          == null) // optimization - the full event sets it to null, deltas all get a new one
      {
        holders = new RevisionBeanHolder[groups.length];
      } else {
        holders = arrayCopy(holders); // preserve the last revisions
      }

      // add the new revision for a property group on top
      holders[groupNum] =
          new RevisionBeanHolder(
              versionNumber, underlyingEvent, typesDesc.getChangesetPropertyGetters());
      revisionState.setHolders(holders);
    }

    // prepare revision event
    revisionEvent.setLastBaseEvent(revisionState.getBaseEventUnderlying());
    revisionEvent.setHolders(revisionState.getHolders());
    revisionEvent.setKey(key);
    revisionEvent.setLatest(true);

    // get prior event
    RevisionEventBeanDeclared lastEvent = revisionState.getLastEvent();
    lastEvent.setLatest(false);

    // data to post
    EventBean[] newDataPost = new EventBean[] {revisionEvent};
    EventBean[] oldDataPost = new EventBean[] {lastEvent};

    // update indexes
    for (EventTable table : indexRepository.getTables()) {
      table.remove(oldDataPost);
      table.add(newDataPost);
    }

    // keep reference to last event
    revisionState.setLastEvent(revisionEvent);

    namedWindowRootView.updateChildren(newDataPost, oldDataPost);
  }
  /**
   * Creates property descriptors for revision.
   *
   * @param spec specifies revision
   * @param groups the groups that group properties
   * @return map of property and descriptor
   */
  public static Map<String, RevisionPropertyTypeDesc> createPropertyDescriptors(
      RevisionSpec spec, PropertyGroupDesc groups[]) {
    Map<String, int[]> propsPerGroup = PropertyUtility.getGroupsPerProperty(groups);

    Map<String, RevisionPropertyTypeDesc> propertyDesc =
        new HashMap<String, RevisionPropertyTypeDesc>();
    int count = 0;

    for (String property : spec.getChangesetPropertyNames()) {
      EventPropertyGetter fullGetter = spec.getBaseEventType().getGetter(property);
      int propertyNumber = count;
      int[] propGroupsProperty = propsPerGroup.get(property);
      final RevisionGetterParameters params =
          new RevisionGetterParameters(property, propertyNumber, fullGetter, propGroupsProperty);

      // if there are no groups (full event property only), then simply use the full event getter
      EventPropertyGetter revisionGetter =
          new EventPropertyGetter() {
            public Object get(EventBean eventBean) throws PropertyAccessException {
              RevisionEventBeanDeclared riv = (RevisionEventBeanDeclared) eventBean;
              return riv.getVersionedValue(params);
            }

            public boolean isExistsProperty(EventBean eventBean) {
              return true;
            }

            public Object getFragment(EventBean eventBean) {
              return null; // fragments no provided by revision events
            }
          };

      Class type = spec.getBaseEventType().getPropertyType(property);
      RevisionPropertyTypeDesc propertyTypeDesc =
          new RevisionPropertyTypeDesc(revisionGetter, params, type);
      propertyDesc.put(property, propertyTypeDesc);
      count++;
    }

    for (String property : spec.getBaseEventOnlyPropertyNames()) {
      final EventPropertyGetter fullGetter = spec.getBaseEventType().getGetter(property);

      // if there are no groups (full event property only), then simply use the full event getter
      EventPropertyGetter revisionGetter =
          new EventPropertyGetter() {
            public Object get(EventBean eventBean) throws PropertyAccessException {
              RevisionEventBeanDeclared riv = (RevisionEventBeanDeclared) eventBean;
              return fullGetter.get(riv.getLastBaseEvent());
            }

            public boolean isExistsProperty(EventBean eventBean) {
              return true;
            }

            public Object getFragment(EventBean eventBean) {
              return null; // fragments no provided by revision events
            }
          };

      Class type = spec.getBaseEventType().getPropertyType(property);
      RevisionPropertyTypeDesc propertyTypeDesc =
          new RevisionPropertyTypeDesc(revisionGetter, null, type);
      propertyDesc.put(property, propertyTypeDesc);
      count++;
    }

    count = 0;
    for (String property : spec.getKeyPropertyNames()) {
      final int keyPropertyNumber = count;

      EventPropertyGetter revisionGetter =
          new EventPropertyGetter() {
            public Object get(EventBean eventBean) throws PropertyAccessException {
              RevisionEventBeanDeclared riv = (RevisionEventBeanDeclared) eventBean;
              return riv.getKey().getKeys()[keyPropertyNumber];
            }

            public boolean isExistsProperty(EventBean eventBean) {
              return true;
            }

            public Object getFragment(EventBean eventBean) {
              return null;
            }
          };

      Class type = spec.getBaseEventType().getPropertyType(property);
      RevisionPropertyTypeDesc propertyTypeDesc =
          new RevisionPropertyTypeDesc(revisionGetter, null, type);
      propertyDesc.put(property, propertyTypeDesc);
      count++;
    }

    return propertyDesc;
  }