public void load(XModelObject object) { if (EclipseResourceUtil.isProjectFragment(object.getModel())) return; IAutoLoad auto = (IAutoLoad) object.getModel().getProperties().get(XModelConstants.AUTOLOAD); if (auto != null) { auto.load(object.getModel()); updateLibs(object); _updateSrcs(object); ((FileSystemsImpl) object).updateOverlapped(); return; } String f = getEclipseFileName(object, true); if (f == null) super.load(object); else util().load(new File(f), object); XModelObject[] os = object.getChildren(); for (int i = 0; i < os.length; i++) { String s = os[i].getAttributeValue(XModelObjectConstants.ATTR_NAME_LOCATION); if (s == null || !s.startsWith(XModelConstants.WORKSPACE_OLD_REF)) continue; s = XModelConstants.WORKSPACE_REF + s.substring(XModelConstants.WORKSPACE_OLD_REF.length()); os[i].setAttributeValue(XModelObjectConstants.ATTR_NAME_LOCATION, s); } removeMissingJarSystems(object); }
public boolean update(XModelObject object) throws XModelException { boolean b = true; IAutoLoad auto = (IAutoLoad) object.getModel().getProperties().get(XModelConstants.AUTOLOAD); if (auto != null) { auto.update(object.getModel()); } XModelObject[] cs = object.getChildren(); for (int i = 0; i < cs.length; i++) { XObjectLoader loader = XModelObjectLoaderUtil.getObjectLoader(cs[i]); if (loader != null) b &= loader.update(cs[i]); } updateClassPath(object); ((FileSystemsImpl) object).updateOverlapped(); return b; }