private Geometry parseGeometryFile(File file) {
try {
Geometry geo = mapper.readValue(file, Geometry.class);
int sortIndex = 0;
for (Material mat : geo.getMaterials()) {
mat.setName(mat.getDbgName());
mat.setSortIndex(sortIndex++);
}
Map<Integer, Material> matMap = MaterialDAO.mapAndSave(geo.getMaterials());
GeometryDAO.createGeoMaterials(geo, matMap);
return geo;
} catch (IOException e) {
log().error("Failed to parse geometry file:", e);
}
return null;
}
protected void updateEntity(File file, E model) {
try {
if (PropertyUtils.isReadable(model, "geometry")) {
Geometry geo = (Geometry) PropertyUtils.getProperty(model, "geometry");
if (geo == null
|| geo.getUdate() == null
|| geo.getUdate().getTime() < file.lastModified()) {
Geometry newGeo = parseGeometryFile(file);
newGeo = syncGeometry(geo, newGeo);
PropertyUtils.setProperty(model, "geometry", newGeo);
updateGeo = true;
}
} else {
log().warn(String.format("Property geometry not found on class <%s>", model.getClass()));
}
updateByOpts(file, model);
} catch (IllegalAccessException | InvocationTargetException | NoSuchMethodException e) {
log().error(String.format("Failed to update %s with %s", file, model), e);
}
}
private Geometry syncGeometry(Geometry geo, Geometry newGeo) {
if (geo != null && geo.getId() != null) {
log().info("Sync geo Id: " + geo.getId());
newGeo.setId(geo.getId());
newGeo.setVersion(geo.getVersion());
if (newGeo.getGeoMaterials().equals(geo.getGeoMaterials())) {
newGeo.setGeoMaterials(geo.getGeoMaterials());
}
newGeo.getMetadata().setId(geo.getMetadata().getId());
newGeo.setMetadata(JPA.em().merge(newGeo.getMetadata()));
newGeo.setMeshes(geo.getMeshes());
newGeo.setCdate(geo.getCdate());
newGeo = JPA.em().merge(newGeo);
}
return newGeo;
}