provided discrete values that are unioned together to form the sortedrangeset concode_field_sep NavigableMap<Marker,Range> lowIndexedRanges concode_elem_sep Type type concode_elem_sep List<Range> ranges concode_field_sep void checkTypeCompatibility concode_elem_sep Object getSingleValue concode_elem_sep Range getSpan concode_elem_sep boolean isSingleValue concode_elem_sep SortedRangeSet none concode_elem_sep int getRangeCount concode_elem_sep boolean containsValue concode_elem_sep boolean includesMarker concode_elem_sep int hashCode concode_elem_sep SortedRangeSet complement concode_elem_sep SortedRangeSet all concode_elem_sep Builder add concode_elem_sep boolean isNone concode_elem_sep SortedRangeSet intersect concode_elem_sep Ranges getRanges concode_elem_sep boolean isAll concode_elem_sep SortedRangeSet union concode_elem_sep SortedRangeSet union concode_elem_sep SortedRangeSet copyOf concode_elem_sep SortedRangeSet copyOf concode_elem_sep Type getType concode_elem_sep ValuesProcessor getValuesProcessor concode_elem_sep Builder addAll concode_elem_sep SortedRangeSet build concode_elem_sep boolean equals concode_elem_sep String toString concode_elem_sep SortedRangeSet checkCompatibility concode_elem_sep List<Range> getOrderedRanges
SortedRangeSet function ( Type arg0 , Object arg1 , Object ... arg2 ) { List < Range > loc0 = new ArrayList < > ( arg2 . length + 1 ) ; loc0 . add ( Range . equal ( arg0 , arg1 ) ) ; for ( Object loc1 : arg2 ) { loc0 . add ( Range . equal ( arg0 , loc1 ) ) ; } return copyOf ( arg0 , loc0 ) ; }