# Class IntBuffer

java.lang.Object
java.nio.Buffer
java.nio.IntBuffer

All Implemented Interfaces:
  `Comparable<IntBuffer>`

public abstract sealed class IntBuffer extends Buffer implements Comparable<IntBuffer>
An int buffer.

This class defines four categories of operations upon int buffers:

- Absolute and relative `get` and `put` methods that read and write single ints;

- Absolute and relative `bulk get` methods that transfer contiguous sequences of ints from this buffer into an array;

- Absolute and relative `bulk put` methods that transfer contiguous sequences of ints from an int array or some other int buffer into this buffer;

- A method for `compacting` an int buffer.

Int buffers can be created either by `allocation`, which allocates space for the buffer's content, by `wrapping` an existing int array into a buffer, or by creating a view of an existing byte buffer.

Like a byte buffer, an int buffer is either direct or non-direct. A int buffer created via the `wrap` methods of this class will be non-direct. An int buffer created as a view of a byte buffer will be direct if, and only if, the byte buffer itself is direct. Whether or not an int buffer is direct may be determined by invoking the `isDirect` method.

Methods in this class that do not otherwise have a value to return are specified to return the buffer upon which they are invoked. This allows method invocations to be chained.

## Optional operations

Methods specified as optional operations throw a ReadOnlyBufferException when invoked on a read-only IntBuffer. The methods array and arrayOffset throw an UnsupportedOperationException if the IntBuffer is not backed by an accessible int array (irrespective of whether the IntBuffer is read-only).

Since:
  1.4

## Method Summary

Modifier and Type
Method
Description
`static IntBuffer`
`allocate(int capacity)`
Allocates a new int buffer.
`final int[]`
`array()`
Returns the int array that backs this buffer (optional operation).
`final int`
`arrayOffset()`
Returns the offset within this buffer's backing array of the first element of the buffer (optional operation).
`abstract IntBuffer`
`asReadOnlyBuffer()`
Creates a new, read-only int buffer that shares this buffer's content.
`final IntBuffer`
`clear()`
Clears this buffer.
`abstract IntBuffer`
`compact()`
Compacts this buffer (optional operation).
`int`
`compareTo(IntBuffer that)`
Compares this buffer to another.
`abstract IntBuffer`
`duplicate()`
Creates a new int buffer that shares this buffer's content.
`boolean`
`equals(Object ob)`
Tells whether or not this buffer is equal to another object.
`final IntBuffer`
`flip()`
Flips this buffer.
`abstract int`
`get()`
Relative get method.
`abstract int`
`get(int index)`
Absolute get method.
`IntBuffer`
`get(int[] dst)`
Relative bulk get method.
`IntBuffer`
`get(int[] dst, int offset, int length)`
Relative bulk get method.
`IntBuffer`
`get(int index, int[] dst)`
Absolute bulk get method.
`IntBuffer`
`get(int index, int[] dst, int offset, int length)`
Absolute bulk get method.
`final boolean`
`hasArray()`
Tells whether or not this buffer is backed by an accessible int array.
`int`
`hashCode()`
Returns the current hash code of this buffer.
`abstract boolean`
`isDirect()`
Tells whether or not this int buffer is direct.
`final IntBuffer`
`limit(int newLimit)`
Sets this buffer's limit.
`final IntBuffer`
`mark()`
Sets this buffer's mark at its position.
`int`
`mismatch(IntBuffer that)`
Finds and returns the relative index of the first mismatch between this buffer and a given buffer.
`abstract ByteOrder`
`order()`
Retrieves this buffer's byte order.
`final IntBuffer`
`position(int newPosition)`
Sets this buffer's position.
`abstract IntBuffer`
`put(int i)`
Relative put method (optional operation).
`final IntBuffer`
`put(int[] src)`
Relative bulk put method (optional operation).
`IntBuffer`
`put(int[] src, int offset, int length)`
Relative bulk put method (optional operation).
`abstract IntBuffer`
`put(int index, int i)`
Absolute put method (optional operation).
`IntBuffer`
`put(int index, int[] src)`
Absolute bulk put method (optional operation).
`IntBuffer`
`put(int index, int[] src, int offset, int length)`
Absolute bulk put method (optional operation).
`IntBuffer`
`put(int index, IntBuffer src, int offset, int length)`
Absolute bulk put method (optional operation).
`IntBuffer`
`put(IntBuffer src)`
Relative bulk put method (optional operation).
`final IntBuffer`
`reset()`
Resets this buffer's position to the previously-marked position.
`final IntBuffer`
`rewind()`
Rewinds this buffer.
`abstract IntBuffer`
`slice()`
Creates a new int buffer whose content is a shared subsequence of this buffer's content.
`abstract IntBuffer`
`slice(int index, int length)`
Creates a new int buffer whose content is a shared subsequence of this buffer's content.
`String`
`toString()`
Returns a string summarizing the state of this buffer.
`static IntBuffer`
`wrap(int[] array)`
Wraps an int array into a buffer.
`static IntBuffer`
`wrap(int[] array, int offset, int length)`
Wraps an int array into a buffer.

### Methods declared in class Buffer

`capacity, hasRemaining, isReadOnly, limit, position, remaining`

### Methods declared in class Object

`clone, finalize, getClass, notify, notifyAll, wait, wait, wait`

## Method Details

### allocate

public static IntBuffer allocate(int capacity)
Allocates a new int buffer.

The new buffer's position will be zero, its limit will be its capacity, its mark will be undefined, each of its elements will be initialized to zero, and its byte order will be the `native order` of the underlying hardware. It will have a `backing array`, and its `array offset` will be zero.

Parameters:
  `capacity` - The new buffer's capacity, in ints
Returns:
  The new int buffer
Throws:
  `IllegalArgumentException` - If the `capacity` is a negative integer

### wrap

public static IntBuffer wrap(int[] array, int offset, int length)
Wraps an int array into a buffer.

The new buffer will be backed by the given int array; that is, modifications to the buffer will cause the array to be modified and vice versa. The new buffer's capacity will be `array.length`, its position will be `offset`, its limit will be `offset + length`, its mark will be undefined, and its byte order will be the `native order` of the underlying hardware. Its `backing array` will be the given array, and its `array offset` will be zero.

Parameters:
  `array` - The array that will back the new buffer
  `offset` - The offset of the subarray to be used; must be non-negative and no larger than `array.length`. The new buffer's position will be set to this value.
  `length` - The length of the subarray to be used; must be non-negative and no larger than `array.length - offset`. The new buffer's limit will be set to `offset + length`.
Returns:
  The new int buffer
Throws:
  `IndexOutOfBoundsException` - If the preconditions on the `offset` and `length` parameters do not hold

### wrap

public static IntBuffer wrap(int[] array)
Wraps an int array into a buffer.

The new buffer will be backed by the given int array; that is, modifications to the buffer will cause the array to be modified and vice versa. The new buffer's capacity and limit will be `array.length`, its position will be zero, its mark will be undefined, and its byte order will be the `native order` of the underlying hardware. Its `backing array` will be the given array, and its `array offset` will be zero.

Parameters:
  `array` - The array that will back this buffer
Returns:
  The new int buffer

### slice

public abstract IntBuffer slice()
Creates a new int buffer whose content is a shared subsequence of this buffer's content.

The content of the new buffer will start at this buffer's current position. Changes to this buffer's content will be visible in the new buffer, and vice versa; the two buffers' position, limit, and mark values will be independent.

The new buffer's position will be zero, its capacity and its limit will be the number of ints remaining in this buffer, its mark will be undefined, and its byte order will be identical to that of this buffer. The new buffer will be direct if, and only if, this buffer is direct, and it will be read-only if, and only if, this buffer is read-only.

Specified by:
  `slice` in class `Buffer`
Returns:
  The new int buffer

### slice

public abstract IntBuffer slice(int index, int length)
Creates a new int buffer whose content is a shared subsequence of this buffer's content.

The content of the new buffer will start at position `index` in this buffer, and will contain `length` elements. Changes to this buffer's content will be visible in the new buffer, and vice versa; the two buffers' position, limit, and mark values will be independent.

The new buffer's position will be zero, its capacity and its limit will be `length`, its mark will be undefined, and its byte order will be identical to that of this buffer. The new buffer will be direct if, and only if, this buffer is direct, and it will be read-only if, and only if, this buffer is read-only.

Specified by:
  `slice` in class `Buffer`
Parameters:
  `index` - The position in this buffer at which the content of the new buffer will start; must be non-negative and no larger than `limit()`
  `length` - The number of elements the new buffer will contain; must be non-negative and no larger than `limit() - index`
Returns:
  The new buffer
Throws:
  `IndexOutOfBoundsException` - If `index` is negative or greater than `limit()`, `length` is negative, or `length > limit() - index`
Since:
  13

### duplicate

public abstract IntBuffer duplicate()
Creates a new int buffer that shares this buffer's content.

The content of the new buffer will be that of this buffer. Changes to this buffer's content will be visible in the new buffer, and vice versa; the two buffers' position, limit, and mark values will be independent.

The new buffer's capacity, limit, position, mark values, and byte order will be identical to those of this buffer. The new buffer will be direct if, and only if, this buffer is direct, and it will be read-only if, and only if, this buffer is read-only.

Specified by:
  `duplicate` in class `Buffer`
Returns:
  The new int buffer

### asReadOnlyBuffer

public abstract IntBuffer asReadOnlyBuffer()
Creates a new, read-only int buffer that shares this buffer's content.

The content of the new buffer will be that of this buffer. Changes to this buffer's content will be visible in the new buffer; the new buffer itself, however, will be read-only and will not allow the shared content to be modified. The two buffers' position, limit, and mark values will be independent.

The new buffer's capacity, limit, position, mark values, and byte order will be identical to those of this buffer.

If this buffer is itself read-only then this method behaves in exactly the same way as the `duplicate` method.

Returns:
  The new, read-only int buffer

### get

public abstract int get()
Relative get method. Reads the int at this buffer's current position, and then increments the position.

Returns:
  The int at the buffer's current position
Throws:
  `BufferUnderflowException` - If the buffer's current position is not smaller than its limit

### put

public abstract IntBuffer put(int i)
Relative put method (optional operation).

Writes the given int into this buffer at the current position, and then increments the position.

Parameters:
  `i` - The int to be written
Returns:
  This buffer
Throws:
  `BufferOverflowException` - If this buffer's current position is not smaller than its limit
  `ReadOnlyBufferException` - If this buffer is read-only

### get

public abstract int get(int index)
Absolute get method. Reads the int at the given index.

Parameters:
  `index` - The index from which the int will be read
Returns:
  The int at the given index
Throws:
  `IndexOutOfBoundsException` - If `index` is negative or not smaller than the buffer's limit

### put

public abstract IntBuffer put(int index, int i)
Absolute put method (optional operation).

Writes the given int into this buffer at the given index.

Parameters:
  `index` - The index at which the int will be written
  `i` - The int value to be written
Returns:
  This buffer
Throws:
  `IndexOutOfBoundsException` - If `index` is negative or not smaller than the buffer's limit
  `ReadOnlyBufferException` - If this buffer is read-only

### get

public IntBuffer get(int[] dst, int offset, int length)
Relative bulk get method.

This method transfers ints from this buffer into the given destination array. If there are fewer ints remaining in the buffer than are required to satisfy the request, that is, if `length` `>` `remaining()`, then no ints are transferred and a `BufferUnderflowException` is thrown.

Otherwise, this method copies `length` ints from this buffer into the given array, starting at the current position of this buffer and at the given offset in the array. The position of this buffer is then incremented by `length`.

In other words, an invocation of this method of the form `src.get(dst, off, len)` has exactly the same effect as the loop

        for (int i = off; i < off + len; i++)
            dst[i] = src.get();

except that it first checks that there are sufficient ints in this buffer and it is potentially much more efficient.

Parameters:
  `dst` - The array into which ints are to be written
  `offset` - The offset within the array of the first int to be written; must be non-negative and no larger than `dst.length`
  `length` - The maximum number of ints to be written to the given array; must be non-negative and no larger than `dst.length - offset`
Returns:
  This buffer
Throws:
  `BufferUnderflowException` - If there are fewer than `length` ints remaining in this buffer
  `IndexOutOfBoundsException` - If the preconditions on the `offset` and `length` parameters do not hold

### get

public IntBuffer get(int[] dst)
Relative bulk get method.

This method transfers ints from this buffer into the given destination array. An invocation of this method of the form `src.get(a)` behaves in exactly the same way as the invocation

        src.get(a, 0, a.length)

Parameters:
  `dst` - The destination array
Returns:
  This buffer
Throws:
  `BufferUnderflowException` - If there are fewer than `length` ints remaining in this buffer

### get

public IntBuffer get(int index, int[] dst, int offset, int length)
Absolute bulk get method.

This method transfers `length` ints from this buffer into the given array, starting at the given index in this buffer and at the given offset in the array. The position of this buffer is unchanged.

An invocation of this method of the form `src.get(index, dst, offset, length)` has exactly the same effect as the following loop except that it first checks the consistency of the supplied parameters and it is potentially much more efficient:

        for (int i = offset, j = index; i < offset + length; i++, j++)
            dst[i] = src.get(j);

Parameters:
  `index` - The index in this buffer from which the first int will be read; must be non-negative and less than `limit()`
  `dst` - The destination array
  `offset` - The offset within the array of the first int to be written; must be non-negative and less than `dst.length`
  `length` - The number of ints to be written to the given array; must be non-negative and no larger than the smaller of `limit() - index` and `dst.length - offset`
Returns:
  This buffer
Throws:
  `IndexOutOfBoundsException` - If the preconditions on the `index`, `offset`, and `length` parameters do not hold
Since:
  13

### get

public IntBuffer get(int index, int[] dst)
Absolute bulk get method.

This method transfers ints from this buffer into the given destination array. The position of this buffer is unchanged. An invocation of this method of the form `src.get(index, dst)` behaves in exactly the same way as the invocation:

        src.get(index, dst, 0, dst.length)

Parameters:
  `index` - The index in this buffer from which the first int will be read; must be non-negative and less than `limit()`
  `dst` - The destination array
Returns:
  This buffer
Throws:
  `IndexOutOfBoundsException` - If `index` is negative, not smaller than `limit()`, or `limit() - index < dst.length`
Since:
  13

### put

public IntBuffer put(IntBuffer src)
Relative bulk put method (optional operation).

This method transfers the ints remaining in the given source buffer into this buffer. If there are more ints remaining in the source buffer than in this buffer, that is, if `src.remaining()` `>` `remaining()`, then no ints are transferred and a `BufferOverflowException` is thrown.

Otherwise, this method copies n = `src.remaining()` ints from the given buffer into this buffer, starting at each buffer's current position. The positions of both buffers are then incremented by n.

In other words, an invocation of this method of the form `dst.put(src)` has exactly the same effect as the loop

        while (src.hasRemaining())
            dst.put(src.get());

except that it first checks that there is sufficient space in this buffer and it is potentially much more efficient. If this buffer and the source buffer share the same backing array or memory, then the result will be as if the source elements were first copied to an intermediate location before being written into this buffer.

Parameters:
  `src` - The source buffer from which ints are to be read; must not be this buffer
Returns:
  This buffer
Throws:
  `BufferOverflowException` - If there is insufficient space in this buffer for the remaining ints in the source buffer
  `IllegalArgumentException` - If the source buffer is this buffer
  `ReadOnlyBufferException` - If this buffer is read-only

### put

public IntBuffer put(int index, IntBuffer src, int offset, int length)
Absolute bulk put method (optional operation).

This method transfers `length` ints into this buffer from the given source buffer, starting at the given `offset` in the source buffer and the given `index` in this buffer. The positions of both buffers are unchanged.

In other words, an invocation of this method of the form `dst.put(index, src, offset, length)` has exactly the same effect as the loop

        for (int i = offset, j = index; i < offset + length; i++, j++)
            dst.put(j, src.get(i));

except that it first checks the consistency of the supplied parameters and it is potentially much more efficient. If this buffer and the source buffer share the same backing array or memory, then the result will be as if the source elements were first copied to an intermediate location before being written into this buffer.

Parameters:
  `index` - The index in this buffer at which the first int will be written; must be non-negative and less than `limit()`
  `src` - The buffer from which ints are to be read
  `offset` - The index within the source buffer of the first int to be read; must be non-negative and less than `src.limit()`
  `length` - The number of ints to be read from the given buffer; must be non-negative and no larger than the smaller of `limit() - index` and `src.limit() - offset`
Returns:
  This buffer
Throws:
  `IndexOutOfBoundsException` - If the preconditions on the `index`, `offset`, and `length` parameters do not hold
  `ReadOnlyBufferException` - If this buffer is read-only
Since:
  16

### put

public IntBuffer put(int[] src, int offset, int length)
Relative bulk put method (optional operation).

This method transfers ints into this buffer from the given source array. If there are more ints to be copied from the array than remain in this buffer, that is, if `length` `>` `remaining()`, then no ints are transferred and a `BufferOverflowException` is thrown.

Otherwise, this method copies `length` ints from the given array into this buffer, starting at the given offset in the array and at the current position of this buffer. The position of this buffer is then incremented by `length`.

In other words, an invocation of this method of the form `dst.put(src, off, len)` has exactly the same effect as the loop

        for (int i = off; i < off + len; i++)
            dst.put(src[i]);

except that it first checks that there is sufficient space in this buffer and it is potentially much more efficient.

Parameters:
  `src` - The array from which ints are to be read
  `offset` - The offset within the array of the first int to be read; must be non-negative and no larger than `src.length`
  `length` - The number of ints to be read from the given array; must be non-negative and no larger than `src.length - offset`
Returns:
  This buffer
Throws:
  `BufferOverflowException` - If there is insufficient space in this buffer
  `IndexOutOfBoundsException` - If the preconditions on the `offset` and `length` parameters do not hold
  `ReadOnlyBufferException` - If this buffer is read-only

### put

public final IntBuffer put(int[] src)
Relative bulk put method (optional operation).

This method transfers the entire content of the given source int array into this buffer. An invocation of this method of the form `dst.put(a)` behaves in exactly the same way as the invocation

        dst.put(a, 0, a.length)

Parameters:
  `src` - The source array
Returns:
  This buffer
Throws:
  `BufferOverflowException` - If there is insufficient space in this buffer
  `ReadOnlyBufferException` - If this buffer is read-only

### put

public IntBuffer put(int index, int[] src, int offset, int length)
Absolute bulk put method (optional operation).

This method transfers `length` ints from the given array, starting at the given offset in the array and at the given index in this buffer. The position of this buffer is unchanged.

An invocation of this method of the form `dst.put(index, src, offset, length)` has exactly the same effect as the following loop except that it first checks the consistency of the supplied parameters and it is potentially much more efficient:

        for (int i = offset, j = index; i < offset + length; i++, j++)
            dst.put(j, src[i]);

Parameters:
  `index` - The index in this buffer at which the first int will be written; must be non-negative and less than `limit()`
  `src` - The array from which ints are to be read
  `offset` - The offset within the array of the first int to be read; must be non-negative and less than `src.length`
  `length` - The number of ints to be read from the given array; must be non-negative and no larger than the smaller of `limit() - index` and `src.length - offset`
Returns:
  This buffer
Throws:
  `IndexOutOfBoundsException` - If the preconditions on the `index`, `offset`, and `length` parameters do not hold
  `ReadOnlyBufferException` - If this buffer is read-only
Since:
  13

### put

public IntBuffer put(int index, int[] src)
Absolute bulk put method (optional operation).

This method copies ints into this buffer from the given source array. The position of this buffer is unchanged. An invocation of this method of the form `dst.put(index, src)` behaves in exactly the same way as the invocation:

        dst.put(index, src, 0, src.length);

Parameters:
  `index` - The index in this buffer at which the first int will be written; must be non-negative and less than `limit()`
  `src` - The array from which ints are to be read
Returns:
  This buffer
Throws:
  `IndexOutOfBoundsException` - If `index` is negative, not smaller than `limit()`, or `limit() - index < src.length`
  `ReadOnlyBufferException` - If this buffer is read-only
Since:
  13

### hasArray

public final boolean hasArray()
Tells whether or not this buffer is backed by an accessible int array.

If this method returns `true` then the `array` and `arrayOffset` methods may safely be invoked.

Specified by:
  `hasArray` in class `Buffer`
Returns:
  `true` if, and only if, this buffer is backed by an array and is not read-only

### array

public final int[] array()
Returns the int array that backs this buffer (optional operation).

Modifications to this buffer's content will cause the returned array's content to be modified, and vice versa.

Invoke the `hasArray` method before invoking this method in order to ensure that this buffer has an accessible backing array.

Specified by:
  `array` in class `Buffer`
Returns:
  The array that backs this buffer
Throws:
  `ReadOnlyBufferException` - If this buffer is backed by an array but is read-only
  `UnsupportedOperationException` - If this buffer is not backed by an accessible array

### arrayOffset

public final int arrayOffset()
Returns the offset within this buffer's backing array of the first element of the buffer (optional operation).

If this buffer is backed by an array then buffer position p corresponds to array index p + `arrayOffset()`.

Invoke the `hasArray` method before invoking this method in order to ensure that this buffer has an accessible backing array.

Specified by:
  `arrayOffset` in class `Buffer`
Returns:
  The offset within this buffer's array of the first element of the buffer
Throws:
  `ReadOnlyBufferException` - If this buffer is backed by an array but is read-only
  `UnsupportedOperationException` - If this buffer is not backed by an accessible array

### position

public final IntBuffer position(int newPosition)
Sets this buffer's position. If the mark is defined and larger than the new position then it is discarded.

Overrides:
  `position` in class `Buffer`
Parameters:
  `newPosition` - The new position value; must be non-negative and no larger than the current limit
Returns:
  This buffer
Since:
  9

### limit

public final IntBuffer limit(int newLimit)
Sets this buffer's limit. If the position is larger than the new limit then it is set to the new limit. If the mark is defined and larger than the new limit then it is discarded.

Overrides:
  `limit` in class `Buffer`
Parameters:
  `newLimit` - The new limit value; must be non-negative and no larger than this buffer's capacity
Returns:
  This buffer
Since:
  9

### mark

public final IntBuffer mark()
Sets this buffer's mark at its position.

Overrides:
  `mark` in class `Buffer`
Returns:
  This buffer
Since:
  9

### reset

public final IntBuffer reset()
Resets this buffer's position to the previously-marked position.

Invoking this method neither changes nor discards the mark's value.

Overrides:
  `reset` in class `Buffer`
Returns:
  This buffer
Since:
  9

### clear

public final IntBuffer clear()
Clears this buffer. The position is set to zero, the limit is set to the capacity, and the mark is discarded.

Invoke this method before using a sequence of channel-read or put operations to fill this buffer. For example:

        buf.clear();     // Prepare buffer for reading
        in.read(buf);    // Read data

This method does not actually erase the data in the buffer, but it is named as if it did because it will most often be used in situations in which that might as well be the case.

Overrides:
  `clear` in class `Buffer`
Returns:
  This buffer
Since:
  9

### flip

public final IntBuffer flip()
Flips this buffer. The limit is set to the current position and then the position is set to zero. If the mark is defined then it is discarded.

After a sequence of channel-read or put operations, invoke this method to prepare for a sequence of channel-write or relative get operations. For example:

        buf.put(magic);    // Prepend header
        in.read(buf);      // Read data into rest of buffer
        buf.flip();        // Flip buffer
        out.write(buf);    // Write header + data to channel

This method is often used in conjunction with the `compact` method when transferring data from one place to another.

Overrides:
  `flip` in class `Buffer`
Returns:
  This buffer
Since:
  9

### rewind

public final IntBuffer rewind()
Rewinds this buffer. The position is set to zero and the mark is discarded.

Invoke this method before a sequence of channel-write or get operations, assuming that the limit has already been set appropriately. For example:

        out.write(buf);    // Write remaining data
        buf.rewind();      // Rewind buffer
        buf.get(array);    // Copy data into array

Overrides:
  `rewind` in class `Buffer`
Returns:
  This buffer
Since:
  9

### compact

public abstract IntBuffer compact()
Compacts this buffer (optional operation).

The ints between the buffer's current position and its limit, if any, are copied to the beginning of the buffer. That is, the int at index p = `position()` is copied to index zero, the int at index p + 1 is copied to index one, and so forth until the int at index `limit()` - 1 is copied to index n = `limit()` - `1` - p. The buffer's position is then set to n+1 and its limit is set to its capacity. The mark, if defined, is discarded.

The buffer's position is set to the number of ints copied, rather than to zero, so that an invocation of this method can be followed immediately by an invocation of another relative put method.

Returns:
  This buffer
Throws:
  `ReadOnlyBufferException` - If this buffer is read-only

### isDirect

public abstract boolean isDirect()
Tells whether or not this int buffer is direct.

Specified by:
  `isDirect` in class `Buffer`
Returns:
  `true` if, and only if, this buffer is direct

### toString

public String toString()
Returns a string summarizing the state of this buffer.

Overrides:
  `toString` in class `Object`
Returns:
  A summary string

### hashCode

public int hashCode()
Returns the current hash code of this buffer.

The hash code of a int buffer depends only upon its remaining elements; that is, upon the elements from `position()` up to, and including, the element at `limit()` - `1`.

Because buffer hash codes are content-dependent, it is inadvisable to use buffers as keys in hash maps or similar data structures unless it is known that their contents will not change.

Overrides:
  `hashCode` in class `Object`
Returns:
  The current hash code of this buffer
See Also:
  - `Object.equals(java.lang.Object)`
  - `System.identityHashCode(Object)`

### equals

public boolean equals(Object ob)
Tells whether or not this buffer is equal to another object.

Two int buffers are equal if, and only if,

1. They have the same element type,

2. They have the same number of remaining elements, and

3. The two sequences of remaining elements, considered independently of their starting positions, are pointwise equal.

A int buffer is not equal to any other type of object.

Overrides:
  `equals` in class `Object`
Parameters:
  `ob` - The object to which this buffer is to be compared
Returns:
  `true` if, and only if, this buffer is equal to the given object
See Also:
  - `Object.hashCode()`
  - `HashMap`

### compareTo

public int compareTo(IntBuffer that)
Compares this buffer to another.

Two int buffers are compared by comparing their sequences of remaining elements lexicographically, without regard to the starting position of each sequence within its corresponding buffer. Pairs of `int` elements are compared as if by invoking `Integer.compare(int,int)`.

A int buffer is not comparable to any other type of object.

Specified by:
  `compareTo` in interface `Comparable<IntBuffer>`
Parameters:
  `that` - the object to be compared.
Returns:
  A negative integer, zero, or a positive integer as this buffer is less than, equal to, or greater than the given buffer

### mismatch

public int mismatch(IntBuffer that)
Finds and returns the relative index of the first mismatch between this buffer and a given buffer. The index is relative to the `position` of each buffer and will be in the range of 0 (inclusive) up to the smaller of the `remaining` elements in each buffer (exclusive).

If the two buffers share a common prefix then the returned index is the length of the common prefix and it follows that there is a mismatch between the two buffers at that index within the respective buffers. If one buffer is a proper prefix of the other then the returned index is the smaller of the remaining elements in each buffer, and it follows that the index is only valid for the buffer with the larger number of remaining elements. Otherwise, there is no mismatch.

Parameters:
  `that` - The byte buffer to be tested for a mismatch with this buffer
Returns:
  The relative index of the first mismatch between this and the given buffer, otherwise -1 if no mismatch.
Since:
  11

### order

public abstract ByteOrder order()
Retrieves this buffer's byte order.

The byte order of an int buffer created by allocation or by wrapping an existing `int` array is the `native order` of the underlying hardware. The byte order of an int buffer created as a view of a byte buffer is that of the byte buffer at the moment that the view is created.

Returns:
  This buffer's byte order