}
}
private ClassDefinition buildClassDefinition( Class<?> klazz, Class<?> wrapperClass ) throws IOException {
ClassFieldInspector inspector = new ClassFieldInspector( klazz );
Package traitPackage = ruleBase.getPackagesMap().get( pack );
if ( traitPackage == null ) {
traitPackage = new Package( pack );
traitPackage.setClassFieldAccessorCache( ruleBase.getClassFieldAccessorCache() );
ruleBase.getPackagesMap().put( pack, traitPackage );
}
ClassFieldAccessorStore store = traitPackage.getClassFieldAccessorStore();
ClassDefinition def;
if ( ! klazz.isInterface() ) {
String className = wrapperClass.getName();
String superClass = wrapperClass != klazz ? klazz.getName() : klazz.getSuperclass().getName();
String[] interfaces = new String[] {CoreWrapper.class.getName()};
def = new ClassDefinition( className, superClass, interfaces );
def.setDefinedClass( wrapperClass );
Traitable tbl = wrapperClass.getAnnotation( Traitable.class );
def.setTraitable( true, tbl != null && tbl.logical() );
} else {
String className = klazz.getName();
String superClass = Object.class.getName();
String[] interfaces = new String[ klazz.getInterfaces().length ];
for ( int j = 0; j < klazz.getInterfaces().length; j++ ) {
interfaces[ j ] = klazz.getInterfaces()[ j ].getName();
}
def = new ClassDefinition( className, superClass, interfaces );
def.setDefinedClass( klazz );
}
Map<String, Field> fields = inspector.getFieldTypesField();
for ( Field f : fields.values() ) {
if ( f != null ) {
FieldDefinition fld = new FieldDefinition();
fld.setName( f.getName() );
fld.setTypeName( f.getType().getName() );