AccT function ( @ NotNull Lambda2 < ItemT , AccT , AccT > arg0 , @ NotNull Iterable < ItemT > arg1 , @ NotNull final AccT arg2 ) { AccT loc0 = arg2 ; for ( ItemT loc1 : arg1 ) loc0 = arg0 . apply ( loc1 , loc0 ) ; return loc0 ; }
same as fold , but the arguments of lambda are reversed : the accumulator is the second right parameter . concode_field_sep PlaceHolder placeHolder concode_field_sep Iterable<Pair<R1,R2>> zip concode_elem_sep Iterable<Pair<R1,R2>> zip concode_elem_sep Iterable<Pair<R1,R2>> zip concode_elem_sep List<R> mapList concode_elem_sep AccT fold concode_elem_sep R apply concode_elem_sep R apply concode_elem_sep StringBuilder apply concode_elem_sep int proposeZippedListLength concode_elem_sep Iterable<Pair<R1,R2>> zipInternal concode_elem_sep List<Pair<R1,R2>> zipList concode_elem_sep List<Pair<R1,R2>> zipList concode_elem_sep List<Pair<R1,R2>> zipList concode_elem_sep Iterable<R> map concode_elem_sep Iterable<R> map concode_elem_sep Lambda1<A1,R2> combine