protected Object decodeArray(Object shellArray, Collection collection, Class arrayElementClass) { Object[] array = collection.toArray(); TypeMarshallingContext.getTypeMarshallingContext().getKnownObjects().put(array, shellArray); return decodeArray(shellArray, array, arrayElementClass); }
protected Object decodeArray(Object shellArray, Collection collection, Class arrayElementClass) { Object[] array = collection.toArray(); TypeMarshallingContext.getTypeMarshallingContext().getKnownObjects().put(array, shellArray); return decodeArray(shellArray, array, arrayElementClass); }
protected Object decodeArray(Object shellArray, Collection collection, Class arrayElementClass) { Object[] array = collection.toArray(); TypeMarshallingContext.getTypeMarshallingContext().getKnownObjects().put(array, shellArray); return decodeArray(shellArray, array, arrayElementClass); }
context.getKnownObjects().put(encodedObject, shell); ref = context.getKnownObjects().get(value); context.getKnownObjects().put(value, decodedValue);
context.getKnownObjects().put(encodedObject, shell); ref = context.getKnownObjects().get(obj); context.getKnownObjects().put(obj, decodedObject);
context.getKnownObjects().put(encodedObject, shell); ref = context.getKnownObjects().get(value); context.getKnownObjects().put(value, decodedValue);
public Object decodeObject(Object shell, Object encodedObject, Class desiredClass) { Object result = super.decodeObject(shell, encodedObject, desiredClass); // Only AMF 3 Dates can be sent by reference so we only // need to remember this translation to re-establish pointers // to the encodedObject if the incoming type was a Date object. if (result != null && SerializationContext.getSerializationContext().supportDatesByReference && encodedObject instanceof java.util.Date) { TypeMarshallingContext context = TypeMarshallingContext.getTypeMarshallingContext(); context.getKnownObjects().put(encodedObject, result); } return result; } }
context.getKnownObjects().put(encodedObject, shell); ref = context.getKnownObjects().get(obj); context.getKnownObjects().put(obj, decodedObject);
public Object decodeObject(Object shell, Object encodedObject, Class desiredClass) { Object result = super.decodeObject(shell, encodedObject, desiredClass); // Only AMF 3 Dates can be sent by reference so we only // need to remember this translation to re-establish pointers // to the encodedObject if the incoming type was a Date object. if (result != null && SerializationContext.getSerializationContext().supportDatesByReference && encodedObject instanceof java.util.Date) { TypeMarshallingContext context = TypeMarshallingContext.getTypeMarshallingContext(); context.getKnownObjects().put(encodedObject, result); } return result; } }
context.getKnownObjects().put(encodedObject, shell); ref = context.getKnownObjects().get(value); context.getKnownObjects().put(value, decodedValue);
public Object decodeObject(Object shell, Object encodedObject, Class desiredClass) { Object result = super.decodeObject(shell, encodedObject, desiredClass); // Only AMF 3 Dates can be sent by reference so we only // need to remember this translation to re-establish pointers // to the encodedObject if the incoming type was a Date object. if (result != null && SerializationContext.getSerializationContext().supportDatesByReference && encodedObject instanceof java.util.Date) { TypeMarshallingContext context = TypeMarshallingContext.getTypeMarshallingContext(); context.getKnownObjects().put(encodedObject, result); } return result; } }
public Object decodeObject(Object shell, Object encodedObject, Class desiredClass) { Object result = super.decodeObject(shell, encodedObject, desiredClass); // Only AMF 3 Dates can be sent by reference so we only // need to remember this translation to re-establish pointers // to the encodedObject if the incoming type was a Date object. if (result != null && SerializationContext.getSerializationContext().supportDatesByReference && encodedObject instanceof java.util.Date) { TypeMarshallingContext context = TypeMarshallingContext.getTypeMarshallingContext(); context.getKnownObjects().put(encodedObject, result); } return result; } }
public Object decodeObject(Object shell, Object encodedObject, Class desiredClass) { Object result = super.decodeObject(shell, encodedObject, desiredClass); // Only AMF 3 Dates can be sent by reference so we only // need to remember this translation to re-establish pointers // to the encodedObject if the incoming type was a Date object. if (result != null && SerializationContext.getSerializationContext().supportDatesByReference && encodedObject instanceof java.util.Date) { TypeMarshallingContext context = TypeMarshallingContext.getTypeMarshallingContext(); context.getKnownObjects().put(encodedObject, result); } return result; } }
public Object decodeObject(Object shell, Object encodedObject, Class desiredClass) { Object result = super.decodeObject(shell, encodedObject, desiredClass); // Only AMF 3 Dates can be sent by reference so we only // need to remember this translation to re-establish pointers // to the encodedObject if the incoming type was a Date object. if (result != null && SerializationContext.getSerializationContext().supportDatesByReference && encodedObject instanceof java.util.Date) { TypeMarshallingContext context = TypeMarshallingContext.getTypeMarshallingContext(); context.getKnownObjects().put(encodedObject, result); } return result; } }
ref = context.getKnownObjects().get(encodedValue); context.getKnownObjects().put(encodedValue, decodedValue);
ref = context.getKnownObjects().get(encodedValue); context.getKnownObjects().put(encodedValue, decodedValue);
ref = context.getKnownObjects().get(encodedValue); context.getKnownObjects().put(encodedValue, decodedValue);
protected Object decodeTypedObject(Object bean, Object encodedObject) context.getKnownObjects().put(encodedObject, bean); ref = context.getKnownObjects().get(value); context.getKnownObjects().put(value, decodedObject);
protected Object decodeTypedObject(Object bean, Object encodedObject) context.getKnownObjects().put(encodedObject, bean); ref = context.getKnownObjects().get(value); context.getKnownObjects().put(value, decodedObject);
protected Object decodeTypedObject(Object bean, Object encodedObject) context.getKnownObjects().put(encodedObject, bean); ref = context.getKnownObjects().get(value); context.getKnownObjects().put(value, decodedObject);