creates a composite operation using the specified operation steps . concode_field_sep String INDEX concode_elem_sep String KEY concode_field_sep String getName concode_elem_sep ModelNode getAttributeValue concode_elem_sep ModelNode createWriteAttributeOperation concode_elem_sep ModelNode createReadAttributeOperation concode_elem_sep Set<String> getAllWriteAttributeOperationNames concode_elem_sep void setPathAddress concode_elem_sep ModelNode createMapEntryOperation concode_elem_sep ModelNode createListRemoveOperation concode_elem_sep ModelNode createListRemoveOperation concode_elem_sep ModelNode createUndefineAttributeOperation concode_elem_sep String getAttributeName concode_elem_sep ModelNode createReadResourceOperation concode_elem_sep ModelNode createMapRemoveOperation concode_elem_sep ModelNode createMapClearOperation concode_elem_sep ModelNode createMapPutOperation concode_elem_sep ModelNode createDescribeOperation concode_elem_sep boolean isIncludeDefaults concode_elem_sep ModelNode createListElementOperation concode_elem_sep ModelNode createListElementOperation concode_elem_sep ModelNode createListAddOperation concode_elem_sep ModelNode createListGetOperation concode_elem_sep ModelNode createAttributeOperation concode_elem_sep ModelNode createMapGetOperation concode_elem_sep PathAddress getPathAddress concode_elem_sep ModelNode createAddOperation concode_elem_sep ModelNode createAddOperation concode_elem_sep ModelNode createAddOperation
ModelNode function ( List < ModelNode > arg0 ) { ModelNode loc0 = Util . createOperation ( ModelDescriptionConstants . COMPOSITE , PathAddress . EMPTY_ADDRESS ) ; ModelNode loc1 = loc0 . get ( ModelDescriptionConstants . STEPS ) ; for ( ModelNode loc2 : arg0 ) { loc1 . add ( loc2 ) ; } return loc0 ; }