convert a map of columns to values into the tupledomain which requires those columns to be fixed to those values . null is allowed as a fixed value . concode_field_sep Domain domain concode_elem_sep C column concode_elem_sep Optional<Map<T,Domain>> domains concode_field_sep TupleDomain<T> all concode_elem_sep TupleDomain<T> withColumnDomains concode_elem_sep Optional<List<ColumnDomain<T>>> getColumnDomains concode_elem_sep boolean containsNoneDomain concode_elem_sep boolean isNone concode_elem_sep TupleDomain<T> intersect concode_elem_sep Optional<Map<T,NullableValue>> extractFixedValues concode_elem_sep Optional<Map<T,Domain>> getDomains concode_elem_sep TupleDomain<T> none concode_elem_sep boolean isAll concode_elem_sep Domain getDomain concode_elem_sep boolean contains concode_elem_sep TupleDomain<U> transform concode_elem_sep int hashCode concode_elem_sep boolean equals concode_elem_sep Map<T,Domain> normalizeAndCopy concode_elem_sep boolean overlaps concode_elem_sep TupleDomain<T> fromColumnDomains concode_elem_sep C getColumn concode_elem_sep TupleDomain<T> columnWiseUnion concode_elem_sep TupleDomain<T> columnWiseUnion concode_elem_sep String toString
TupleDomain < T > function ( Map < T , NullableValue > arg0 ) { return TupleDomain . withColumnDomains ( arg0 . entrySet ( ) . stream ( ) . collect ( toMap ( Map . Entry :: getKey , entry -> { Type loc0 = entry . getValue ( ) . getType ( ) ; Object loc1 = entry . getValue ( ) . getValue ( ) ; return loc1 == null ? Domain . onlyNull ( loc0 ) : Domain . singleValue ( loc0 , loc1 ) ; } ) ) ) ; }