protected void updateModel( final ModelNode operation, final ModelNode compensating, final ModelNode model) { super.updateModel(operation, compensating, model); if (operation.hasDefined(MAX_BACKUP_INDEX)) { apply(model, compensating, MAX_BACKUP_INDEX); apply(operation, model, MAX_BACKUP_INDEX); } if (operation.hasDefined(ROTATE_SIZE)) { apply(model, compensating, ROTATE_SIZE); apply(operation, model, ROTATE_SIZE); } }
protected void updateRuntime(final ModelNode operation, final Handler handler) { super.updateRuntime(operation, handler); if (operation.hasDefined(MAX_BACKUP_INDEX)) { SizeRotatingFileHandler.class .cast(handler) .setMaxBackupIndex(operation.get(MAX_BACKUP_INDEX).asInt()); } if (operation.hasDefined(ROTATE_SIZE)) { SizeRotatingFileHandler.class .cast(handler) .setRotateSize(operation.get(ROTATE_SIZE).asLong(DEFAULT_ROTATE_SIZE)); } }
@Override protected void updateRuntime( OperationContext context, final ModelNode operation, final PeriodicRotatingFileHandler handler) throws OperationFailedException { super.updateRuntime(context, operation, handler); final ModelNode suffix = SUFFIX.resolveModelAttribute(context, operation); if (suffix.isDefined()) { handler.setSuffix(suffix.asString()); } final ModelNode append = APPEND.resolveModelAttribute(context, operation); if (append.isDefined()) { handler.setAppend(append.asBoolean()); } }