How to use

AbstractTypedValue

in

org.camunda.bpm.engine.variable.impl.value

@Override
public SerializableValueType getType() {
 return (SerializableValueType) super.getType();
}

@Override
public Object getValue() {
 if(isDeserialized) {
  return super.getValue();
 }
 else {
  throw new IllegalStateException("Object is not deserialized.");
 }
}

@Override
public TypedValueBuilder<T> setTransient(boolean isTransient) {
 ((AbstractTypedValue<?>) variableValue).setTransient(isTransient);
 return this;
}

public DelegateCaseVariableInstanceFake withValue(Object value) {
 return withValue(new AbstractTypedValue<>(value, null));
}

@Override
public PrimitiveValueType getType() {
 return (PrimitiveValueType) super.getType();
}

/**
 * Creates an untyped value, i.e. {@link TypedValue#getType()} returns <code>null</code>
 * for the returned instance.
 */
public static TypedValue untypedValue(Object value, boolean isTransient) {
 if(value == null) {
  return untypedNullValue(isTransient);
 } else if (value instanceof TypedValueBuilder<?>) {
  return ((TypedValueBuilder<?>) value).setTransient(isTransient).create();
 } else if (value instanceof TypedValue) {
  TypedValue transientValue = (TypedValue) value;
  if (value instanceof NullValueImpl) {
   transientValue = untypedNullValue(isTransient);
  } else if (value instanceof FileValue) {
   ((FileValueImpl) transientValue).setTransient(isTransient);
  } else if (value instanceof AbstractTypedValue<?>) {
   ((AbstractTypedValue<?>) transientValue).setTransient(isTransient);
  }
  return transientValue;
 }
 else {
  // unknown value
  return new UntypedValueImpl(value, isTransient);
 }
}

public Spin<?> getValue() {
 if(isDeserialized) {
  return super.getValue();
 }
 else {
  // deserialize the serialized value by using
  // the given data format
  value = S(getValueSerialized(), getSerializationDataFormat());
  isDeserialized = true;
  setValueSerialized(null);
  return value;
 }
}

public SpinValueType getType() {
 return (SpinValueType) super.getType();
}

@Override
public TypedValueBuilder<T> setTransient(boolean isTransient) {
 ((AbstractTypedValue<?>) variableValue).setTransient(isTransient);
 return this;
}

@Override
public Object getValue() {
 if(isDeserialized) {
  return super.getValue();
 }
 else {
  throw new IllegalStateException("Object is not deserialized.");
 }
}

@Override
public PrimitiveValueType getType() {
 return (PrimitiveValueType) super.getType();
}

/**
 * Creates an untyped value, i.e. {@link TypedValue#getType()} returns <code>null</code>
 * for the returned instance.
 */
public static TypedValue untypedValue(Object value, boolean isTransient) {
 if(value == null) {
  return untypedNullValue(isTransient);
 } else if (value instanceof TypedValueBuilder<?>) {
  return ((TypedValueBuilder<?>) value).setTransient(isTransient).create();
 } else if (value instanceof TypedValue) {
  TypedValue transientValue = (TypedValue) value;
  if (value instanceof NullValueImpl) {
   transientValue = untypedNullValue(isTransient);
  } else if (value instanceof FileValue) {
   ((FileValueImpl) transientValue).setTransient(isTransient);
  } else if (value instanceof AbstractTypedValue<?>) {
   ((AbstractTypedValue<?>) transientValue).setTransient(isTransient);
  }
  return transientValue;
 }
 else {
  // unknown value
  return new UntypedValueImpl(value, isTransient);
 }
}

public Spin<?> getValue() {
 if(isDeserialized) {
  return super.getValue();
 }
 else {
  // deserialize the serialized value by using
  // the given data format
  value = S(getValueSerialized(), getSerializationDataFormat());
  isDeserialized = true;
  setValueSerialized(null);
  return value;
 }
}

@Override
public SerializableValueType getType() {
 return (SerializableValueType) super.getType();
}

public SpinValueType getType() {
 return (SpinValueType) super.getType();
}