Uses of Class
org.apache.hadoop.hive.common.type.Decimal128

Packages that use Decimal128

org.apache.hadoop.hive.common.type

Uses of Decimal128 in org.apache.hadoop.hive.common.type

Fields in org.apache.hadoop.hive.common.type declared as Decimal128

static Decimal128	Decimal128.MAX_VALUE Maximum value that can be represented in this class.
static Decimal128	Decimal128.MIN_VALUE Minimum value that can be represented in this class.
static Decimal128	Decimal128.ONE

Methods in org.apache.hadoop.hive.common.type that return Decimal128

Decimal128	Decimal128.addDestructive(Decimal128 right, short scale) Calculates addition and stores the result into this object.
Decimal128	Decimal128.fastUpdateFromInternalStorage(byte[] internalStorage, short scale) Fats update from BigInteger two's complement representation
Decimal128	Decimal128.squareDestructive() Multiplies this with this, updating this
Decimal128	Decimal128.subtractDestructive(Decimal128 right, short scale) Calculates subtraction and stores the result into this object.
Decimal128	Decimal128.update(BigDecimal bigDecimal) Updates the value of this object with the given BigDecimal.
Decimal128	Decimal128.update(BigInteger bigInt, short scale) Updates the value of this object with the given BigInteger and scale.
Decimal128	Decimal128.update(char[] str, int offset, int length, short scale) Updates the value of this object from the given string with given offset and length.
Decimal128	Decimal128.update(Decimal128 o) Copy the value of given object.
Decimal128	Decimal128.update(Decimal128 o, short scale) Copy the value of given object and assigns a custom scale.
Decimal128	Decimal128.update(double val, short scale) Update the value of this object with the given double.
Decimal128	Decimal128.update(int[] array, int offset, int precision) Updates the value of this object by reading from the given array, using the required number of ints for the given precision.
Decimal128	Decimal128.update(IntBuffer buf, int precision) Updates the value of this object by reading from ByteBuffer, using the required number of ints for the given precision.
Decimal128	Decimal128.update(long val) Update the value of this object with the given long.
Decimal128	Decimal128.update(long val, short scale) Update the value of this object with the given long with the given scal.
Decimal128	Decimal128.update(String str, short scale) Updates the value of this object with the given string.
Decimal128	Decimal128.update128(int[] array, int offset) Updates the value of this object by reading from the given integers, receiving 128+32 bits of data (full range).
Decimal128	Decimal128.update128(IntBuffer buf) Updates the value of this object by reading from ByteBuffer, receiving 128+32 bits data (full ranges).
Decimal128	Decimal128.update32(int[] array, int offset) Updates the value of this object by reading from the given integers, receiving only 32+32 bits data.
Decimal128	Decimal128.update32(IntBuffer buf) Updates the value of this object by reading from ByteBuffer, receiving only 32+32 bits data.
Decimal128	Decimal128.update64(int[] array, int offset) Updates the value of this object by reading from the given integers, receiving only 64+32 bits data.
Decimal128	Decimal128.update64(IntBuffer buf) Updates the value of this object by reading from ByteBuffer, receiving only 64+32 bits data.
Decimal128	Decimal128.update96(int[] array, int offset) Updates the value of this object by reading from the given integers, receiving only 96+32 bits data.
Decimal128	Decimal128.update96(IntBuffer buf) Updates the value of this object by reading from ByteBuffer, receiving only 96+32 bits data.
Decimal128	Decimal128.updateVarianceDestructive(Decimal128 scratch, Decimal128 value, Decimal128 sum, long count) For UDAF variance we use the algorithm described by Chan, Golub, and LeVeque in "Algorithms for computing the sample variance: analysis and recommendations" The American Statistician, 37 (1983) pp.
Decimal128	Decimal128.zeroClear() Reset the value of this object to zero.

Methods in org.apache.hadoop.hive.common.type with parameters of type Decimal128

static void	Decimal128.add(Decimal128 left, Decimal128 right, Decimal128 result, short scale) Calculates addition and puts the result into the given object.
Decimal128	Decimal128.addDestructive(Decimal128 right, short scale) Calculates addition and stores the result into this object.
int	Decimal128.compareTo(Decimal128 val) Compares this Decimal128 with the specified Decimal128.
static void	Decimal128.divide(Decimal128 left, Decimal128 right, Decimal128 quotient, short scale) Performs division and puts the result into the given object.
void	Decimal128.divideDestructive(Decimal128 right, short newScale) Divide the target object by right, and scale the result to newScale.
void	Decimal128.divideDestructiveNativeDecimal128(Decimal128 right, short newScale, Decimal128 remainder) As of 1/20/2014 this has a known bug in division.
static void	Decimal128.modulo(Decimal128 left, Decimal128 right, Decimal128 result, short scale) Performs decimal modulo
static void	Decimal128.multiply(Decimal128 left, Decimal128 right, Decimal128 result, short scale) Calculates multiplication and puts the result into the given object.
void	Decimal128.multiplyDestructive(Decimal128 right, short newScale) Performs multiplication, changing the scale of this object to the specified value.
void	Decimal128.multiplyDestructiveNativeDecimal128(Decimal128 right, short newScale) As of 2/11/2014 this has a known bug in multiplication.
static void	Decimal128.subtract(Decimal128 left, Decimal128 right, Decimal128 result, short scale) Calculates subtraction and puts the result into the given object.
Decimal128	Decimal128.subtractDestructive(Decimal128 right, short scale) Calculates subtraction and stores the result into this object.
Decimal128	Decimal128.update(Decimal128 o) Copy the value of given object.
Decimal128	Decimal128.update(Decimal128 o, short scale) Copy the value of given object and assigns a custom scale.
Decimal128	Decimal128.updateVarianceDestructive(Decimal128 scratch, Decimal128 value, Decimal128 sum, long count) For UDAF variance we use the algorithm described by Chan, Golub, and LeVeque in "Algorithms for computing the sample variance: analysis and recommendations" The American Statistician, 37 (1983) pp.

Constructors in org.apache.hadoop.hive.common.type with parameters of type Decimal128

Decimal128(Decimal128 o)
Copy constructor.