@SuppressWarnings("unchecked")
@Override
protected void _readFrom(SerializationContext ctx, Object inst, BinaryInput src)
throws IOException, IllegalArgumentException, IllegalAccessException {
try {
final int size = _size_ind.getArraySize(src, inst, _field);
Object ar = _field.get(inst);
if (ar == null || Array.getLength(ar) != size)
ar = Array.newInstance(_component_type, size);
for (int i = 0; i < size; i++) {
Object component_inst = _component_instor.getConcreteClassInstance(inst, inst, _field);
if (component_inst == null) {
Array.set(ar, i, null);
} else if (_component_type_ba != null) {
Array.set(ar, i, _component_type_ba.readFrom(ctx, component_inst, src));
} else {
Array.set(
ar,
i,
_ba_fac
.getBinaryAccessor(component_inst.getClass())
.readFrom(ctx, component_inst, src));
}
}
_field.set(inst, ar);
} catch (Exception e) {
throw new IOException(e);
}
}
public _MA(final BinaryAccessorFactory ba_fac, final Field f) throws Exception {
super(f);
_size_ind = ArraySizeIndicator.getArraySizeIndicator(f);
_ba_fac = ba_fac;
_component_type = f.getType().getComponentType();
final ExternStructArray esa = f.getAnnotation(ExternStructArray.class);
if (esa != null && esa.value() != null) {
_component_instor =
FieldObjectInstantiator.getResolver(
_component_type, f.getDeclaringClass(), esa.value());
_component_type_ba = null;
} else {
_component_instor = FieldObjectInstantiator.getResolver(_component_type, null, null);
_component_type_ba = ba_fac.getBinaryAccessor(_component_type);
}
}