update Java version

Author: peteroupc

api/com.upokecenter.cbor.JSONOptions.ConversionMode.md

@@ -11,8 +11,9 @@ Specifies how JSON numbers are converted to CBOR objects when decoding JSON
 
 * `Decimal128 CBORObject.FromObject(EDecimal)`<br>
  JSON numbers are decoded to CBOR as their closest-rounded approximation to
- an IEEE 854 decimal128 value, using the rules for the EDecimal
- form of that approximation as given in the
+ an IEEE 854 decimal128 value, using the
+ round-to-nearest/ties-to-even rounding mode and the rules for the
+ EDecimal form of that approximation as given in the
  CBORObject.FromObject(EDecimal) method.
 * `Double`<br>
  JSON numbers are decoded to CBOR as their closest-rounded approximation as
@@ -130,8 +131,9 @@ A JSON number is decoded to CBOR objects either as a CBOR integer (major
 ### Decimal128
     public static final JSONOptions.ConversionMode Decimal128
 JSON numbers are decoded to CBOR as their closest-rounded approximation to
- an IEEE 854 decimal128 value, using the rules for the EDecimal
- form of that approximation as given in the
+ an IEEE 854 decimal128 value, using the
+ round-to-nearest/ties-to-even rounding mode and the rules for the
+ EDecimal form of that approximation as given in the
  <code>CBORObject.FromObject(EDecimal)</code> method. (In some cases,
  numbers extremely close to zero may underflow to zero, and
  numbers of extremely large absolute value may overflow to

src/main/java/com/upokecenter/cbor/JSONOptions.java

@@ -89,8 +89,9 @@ public enum ConversionMode {
 
        /**
         * JSON numbers are decoded to CBOR as their closest-rounded approximation to
-        * an IEEE 854 decimal128 value, using the rules for the EDecimal
-        * form of that approximation as given in the
+        * an IEEE 854 decimal128 value, using the
+        * round-to-nearest/ties-to-even rounding mode and the rules for the
+        * EDecimal form of that approximation as given in the
         * <code>CBORObject.FromObject(EDecimal)</code> method. (In some cases,
         * numbers extremely close to zero may underflow to zero, and
         * numbers of extremely large absolute value may overflow to