IntegerOperations

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ch.javasoft.math
Class IntegerOperations

java.lang.Object
  ch.javasoft.math.AbstractNumberOps<Integer>
      ch.javasoft.math.IntegerOperations

All Implemented Interfaces:: NumberOperations<Integer>, Comparator<Integer>

public class IntegerOperations
extends AbstractNumberOps<Integer>
extends AbstractNumberOps<Integer>

Number operations for Integer numbers. A singleton instance exists for this class.

Constructor Summary
`IntegerOperations()`

Method Summary
`Integer`	`abs(Integer number)` Returns the absolute value of the given number, i.e.
`Integer`	`add(Integer numA, Integer numB)` Returns the sum of the two values, i.e.
`int`	`byteLength()` Returns the byte array length if `NumberOperations.toByteArray(Number)` is used and if this size is fixed, and -1 if the size may vary depending on the number instance
`int`	`compare(Integer o1, Integer o2)`
`Integer`	`divide(Integer numA, Integer numB)` Returns the ratio of the two values, i.e.
`Integer`	`fromByteArray(byte[] bytes)` Converts the byte array containing binary data into a new number instance.
`static IntegerOperations`	`instance()` Returns the singleton instance
`Integer`	`invert(Integer number)` Returns the inverted value, i.e.
`boolean`	`isOne(Integer number)` Returns true if this value is numerically equal to one, i.e.
`boolean`	`isZero(Integer number)` Returns true if this value is numerically equal to zero, i.e.
`Integer`	`multiply(Integer numA, Integer numB)` Returns the product of the two values, i.e.
`Integer`	`negate(Integer number)` Returns the negated value, i.e.
`Integer[]`	`newArray(int size)` Create a new array of the underlying number type
`Integer[][]`	`newArray(int rows, int cols)` Create a new 2 dimensional array of the underlying number type
`Class<Integer>`	`numberClass()` The class representing numbers of this number operations instance
`Integer`	`one()` Returns the value representing one
`Integer`	`pow(Integer numA, Integer numB)` Returns the powered value, i.e.
`Integer`	`readFrom(DataInput in)` Reads binary data from the given data input.
`Integer`	`reduce(Integer number)` Converts the number into some reduced form.
`Integer[]`	`reduceVector(boolean cloneOnChange, Integer... vector)` Converts a vector into some reduced form.
`int`	`signum(Integer number)` Returns signum of the value, i.e.
`Integer`	`subtract(Integer numA, Integer numB)` Returns the difference of the two values, i.e.
`byte[]`	`toByteArray(Integer number)` Converts this number to binary data and returns it as a byte array.
`Integer`	`valueOf(double value)` Create an instance of the underlying number type based on the submitted double value
`Integer`	`valueOf(long value)` Create an instance of the underlying number type based on the submitted long integer value
`Integer`	`valueOf(Number number)` Create an instance of the underlying number type based on the submitted number
`Integer`	`valueOf(String s)` Create an instance of the underlying number type based on the given string representation of the number
`void`	`writeTo(Integer number, DataOutput out)` Converts this number to binary data and writes it to the data output.
`Integer`	`zero()` Returns the value representing zero

Methods inherited from class ch.javasoft.math.AbstractNumberOps
`isNegative, isNonNegative, isNonPositive, isNonZero, isPositive, max, max, min, min`

Methods inherited from class java.lang.Object
`clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait`

Methods inherited from interface java.util.Comparator
`equals`

Constructor Detail

IntegerOperations

public IntegerOperations()

Method Detail

instance

public static IntegerOperations instance()

Returns the singleton instance

Returns:: the singleton instance