• DoubDabC is a Java library that supports binary integer value to decimal sequence conversion with alternative algorithm.

• Yes, it will substitute implementations such as Integer.toString(int) and so on.

• DoubDabC implements Double-Dabble algorithm aka Shift-and-add-3. Double-Dabble is a radix-conversion algorithm but there is no division(/) nor remainder(%) operation. It's a bit fast.

• There is no String constructor during conversion. That means, GC-friendry !

• DoubDabC has a pseudo register of the size you specified. You can put N-bit bool, int, long, BitSet, or BigInteger as binary integer value.

• Let's try to put a huge Mersenne prime like 2^32582657 -1. Overflow ? OK, don't worry. Just losing higher decimals over you specified.

• You can get each decimal number column result by int or int[] array.

• You can assign Appendable, Writer, StringBuffer, StringBuilder, or CharBuffer as Arabic numeral characters(0-9) sequence output.

• CharSequence wrapper class is provided.

• DoubDabC does not support negative values. Signed-values are treated as Unsigned-value like Integer.toUnsignedString(int). Let's convert absolute value that follows minus(-) sign.

• If you use binary integer value that fit in 'long' or 'int', and you have modern JVM and CPU that supports fast integer division, let's try JarabraDix.

• DoubDabC needs to use Maven 3.3.9+ and JDK 1.8+ to be built.

• DoubDabC runtime does not depend on any other library at all. Just compile Java sources under src/main/java/ if you don't use Maven.

• Code is under The MIT License.

• By olyutorskii at 2017

• Double-Dabble algorithm
• Binary-coded decimal (Packed BCD)
• Bi-quinary coded decimal
• Left-shift operation with freesize pseudo register

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