[Java] Class NumberMath

Method Detail

public static Number abs(Number number)

protected Number absImpl(Number number)

public static Number add(Number left, Number right)

public Number addImpl(Number left, Number right)

public static Number and(Number left, Number right)

protected Number andImpl(Number left, Number right)

public static Number bitwiseNegate(Number left)

protected Number bitwiseNegateImpl(Number left)

public static int compareTo(Number left, Number right)

public int compareToImpl(Number left, Number right)

protected UnsupportedOperationException createUnsupportedException(String operation, Number left)

public static Number divide(Number left, Number right)

public Number divideImpl(Number left, Number right)

public static NumberMath getMath(Number left, Number right)

Determine which NumberMath instance to use, given the supplied operands. This method implements the type promotion rules discussed in the documentation. Note that by the time this method is called, any Byte, Character or Short operands will have been promoted to Integer. For reference, here is the promotion matrix: bD bI D F L I bD bD bD D D bD bD bI bD bI D D bI bI D D D D D D D F D D D D D D L bD bI D D L L I bD bI D D L I Note that for division, if either operand isFloatingPoint, the result will be floating. Otherwise, the result is BigDecimal

public static Number intdiv(Number left, Number right)

protected Number intdivImpl(Number left, Number right)

public static boolean isBigDecimal(Number number)

public static boolean isBigInteger(Number number)

public static boolean isByte(Number number)

public static boolean isFloatingPoint(Number number)

public static boolean isInteger(Number number)

public static boolean isLong(Number number)

public static boolean isShort(Number number)

public static Number leftShift(Number left, Number right)

For this operation, consider the operands independently. Throw an exception if the right operand (shift distance) is not an integral type. For the left operand (shift value) also require an integral type, but do NOT promote from Integer to Long. This is consistent with Java, and makes sense for the shift operators.

protected Number leftShiftImpl(Number left, Number right)

public static Number mod(Number left, Number right)

protected Number modImpl(Number left, Number right)

public static Number multiply(Number left, Number right)

public Number multiplyImpl(Number left, Number right)

public static Number or(Number left, Number right)

protected Number orImpl(Number left, Number right)

public static Number rightShift(Number left, Number right)

For this operation, consider the operands independently. Throw an exception if the right operand (shift distance) is not an integral type. For the left operand (shift value) also require an integral type, but do NOT promote from Integer to Long. This is consistent with Java, and makes sense for the shift operators.

protected Number rightShiftImpl(Number left, Number right)

public static Number rightShiftUnsigned(Number left, Number right)

For this operation, consider the operands independently. Throw an exception if the right operand (shift distance) is not an integral type. For the left operand (shift value) also require an integral type, but do NOT promote from Integer to Long. This is consistent with Java, and makes sense for the shift operators.

protected Number rightShiftUnsignedImpl(Number left, Number right)

public static Number subtract(Number left, Number right)

public Number subtractImpl(Number left, Number right)

public static BigDecimal toBigDecimal(Number n)

public static BigInteger toBigInteger(Number n)

public static Number unaryMinus(Number left)

protected Number unaryMinusImpl(Number left)

public static Number unaryPlus(Number left)

protected Number unaryPlusImpl(Number left)

public static Number xor(Number left, Number right)

protected Number xorImpl(Number left, Number right)