BigDecimal

precisionLimit is zero if precision unlimited. Otherwise returns DecimalMode.decimalPrecision.

Return Absolute value

Add two BigDecimal and return result in a new instance of BigDecimal. Default decimal mode will be used.

Add two BigDecimal and return result in a new instance of BigDecimal.

Convert the current value to Byte.

Return this truncated by using ceil rounding

Compare to other BigDecimal

Creates a copy of this BigDecimal with some different elements (significand/exponent/decimalMode)

Decrement by one

Divide two BigDecimal and return result in a new instance of BigDecimal

Quotient and remainder of integer division on this bigDecimal. If there is no rounding mode defined in decimal mode #RoundingMode.FLOOR will be used. Uses truncating division to determine quotient, which means that the sign of remainder will be same as sign of dividend

Narrow to a double.

Narrow to a float.

Return this truncated by using floor rounding

Incerement by one

Convert the current value to Int.

Convert the current value to Long.

Moves the decimal point by creating a new instance with a different exponent. Positive values move the decimal point to the right, negative values move the decimal point to the left.

Multiply two BigDecimal and return result in a new instance of BigDecimal Default decimal mode will be used

Multiply two BigDecimal and return result in a new instance of BigDecimal

Negate this BigDecimal

Returns the number of digits representing this number i.e. 12.345 will return 5 0.001 will return 4 123000 will return 6 0.010000 will return 3 (trailing zeros are not counted)

Exponentiate this BigDecimal by some exponent

Exponentiate this BigDecimal by some exponent. Note that while exponentiation with positive numbers can have infinite precision, exponentiation with negative numbers is division and as such has the same limitation as division.

Remainder of integer division operation. Remainder has same sign as dividend.

Remainder of integer division operation. Remainder has same sign as dividend

Remainder of integer division operation. Returns the least absolute remainder (remainder has same sign as dividend)

Remainder of integer division on this bigDecimal. If there is no rounding mode defined in decimal mode #RoundingMode.FLOOR will be used

Round using specific DecimalMode and return rounded instance. This is applied only to significand.

Round the BigDecimal to a specific length. If position is set to 0, a ArithmeticException is thrown. Use this for rounding when not using scale. I.e.

Round the BigDecimal to a specific length AFTER the decimal point. If position is set to 0 a integer value is returned Use this only if not using scale.

Overwrite the underlying backing structure with zeroes. Meant to be used by libraries that require it for security purposes. NOTE: This breaks the immutability of BigNumber, and this instance cannot be used for further calculations. If it used the results are undefined.

Convert the current value to Short.

Signum function

Subtract two BigDecimal and return result in a new instance of BigDecimal. Default decimal mode will be used

Subtract two BigDecimal and return result in a new instance of BigDecimal

Convert to big integer by truncating

Convenience method matching Java BigDecimal, same functionality as toStringExpanded

Return this BigDecimal in scientific notation i.e. 1.23E+9

Return this big decimal in expanded notation. i.e. 123000000 for 1.23E+9 or 0.00000000123 for 1.23E-9

Convert the current value to UByte.

Convert the current value to UInt.

Convert the current value to ULong.

Returns a new negated instance

Convert the current value to UShort.