adds a converter that accepts any charsequence notation . concode_field_sep TypeInfo<T> resultingType concode_elem_sep Collection<NotationConverter<Object,? extends T>> notationParsers concode_elem_sep String typeDisplayName concode_elem_sep boolean implicitConverters concode_elem_sep boolean allowNullInput concode_elem_sep String invalidNotationMessage concode_field_sep NotationParser<Object,Set<T>> toFlatteningComposite concode_elem_sep NotationParser<Object,T> toComposite concode_elem_sep NotationParserBuilder<T> toType concode_elem_sep NotationParserBuilder<T> toType concode_elem_sep NotationParserBuilder<T> fromType concode_elem_sep NotationParserBuilder<T> converter concode_elem_sep NotationParser<Object,T> create concode_elem_sep NotationParser<Object,S> wrapInErrorHandling concode_elem_sep NotationParserBuilder<T> typeDisplayName concode_elem_sep NotationParserBuilder<T> noImplicitConverters concode_elem_sep NotationParserBuilder<T> allowNullInput concode_elem_sep NotationParserBuilder<T> invalidNotationMessage
NotationParserBuilder < T > function ( NotationConverter < String , ? extends T > arg0 ) { this . notationParsers . add ( new CharSequenceNotationConverter < Object , T > ( arg0 ) ) ; return this ; }