JNR 2023-06-06 · jnr.ffi.provider.AbstractArrayMemoryIO

Modifier and Type	Class and Description
protected abstract static class	AbstractArrayMemoryIO.ArrayIO
private static class	AbstractArrayMemoryIO.BE32ArrayIO
private static class	AbstractArrayMemoryIO.BE64ArrayIO
private abstract static class	AbstractArrayMemoryIO.BigEndianArrayIO
private static class	AbstractArrayMemoryIO.LE32ArrayIO
private static class	AbstractArrayMemoryIO.LE64ArrayIO
private abstract static class	AbstractArrayMemoryIO.LittleEndianArrayIO

Modifier and Type	Field and Description
protected final byte[]	buffer
private final AbstractArrayMemoryIO.ArrayIO	io
protected final int	length
protected final int	offset

Access	Constructor and Description
protected	AbstractArrayMemoryIO(Runtime runtime, byte[] buffer, int offset, int length)
protected	AbstractArrayMemoryIO(Runtime runtime, byte[] buffer)
protected	AbstractArrayMemoryIO(Runtime runtime, int size)

Method Summary

Modifier and Type	Method and Description
public final byte[]	array() Implements abstract jnr.ffi.Pointer.array. Returns the array that backs this pointer.
public final int	arrayLength() Implements abstract jnr.ffi.Pointer.arrayLength. Returns the length of this pointer's backing array that is used by this pointer.
public final int	arrayOffset() Implements abstract jnr.ffi.Pointer.arrayOffset. Returns the offset within this pointer's backing array of the first element.
public final void	clear()
public final void	get(long the offset from the start of the memory this `Pointer` represents at which the first value will be read. offset, byte[] the array into which values are to be stored. dst, int the start index in the `dst` array to begin storing the values. off, int the number of values to be read. len) Implements abstract jnr.ffi.Pointer.get. Bulk get method for multiple `byte` values.
public final void	get(long The offset from the start of the memory this `Pointer` represents at which the first value will be read. offset, short[] The array into which values are to be stored. dst, int the start index in the `dst` array to begin storing the values. off, int the number of values to be read. len) Implements abstract jnr.ffi.Pointer.get. Bulk get method for multiple `short` values.
public final void	get(long The offset from the start of the memory this `Pointer` represents at which the first value will be read. offset, int[] The array into which values are to be stored. dst, int the start index in the `dst` array to begin storing the values. off, int the number of values to be read. len) Implements abstract jnr.ffi.Pointer.get. Bulk get method for multiple `int` values.
public final void	get(long The offset from the start of the memory this `Pointer` represents at which the first value will be read. offset, long[] The array into which values are to be stored. dst, int the start index in the `dst` array to begin storing the values. off, int the number of values to be read. len) Implements abstract jnr.ffi.Pointer.get. Bulk get method for multiple `long` values.
public final void	get(long The offset from the start of the memory this `Pointer` represents at which the first value will be read. offset, float[] The array into which values are to be stored. dst, int the start index in the `dst` array to begin storing the values. off, int the number of values to be read. len) Implements abstract jnr.ffi.Pointer.get. Bulk get method for multiple `float` values.
public final void	get(long The offset from the start of the memory this `Pointer` represents at which the first value will be read. offset, double[] The array into which values are to be stored. dst, int the start index in the `dst` array to begin storing the values. off, int the number of values to be read. len) Implements abstract jnr.ffi.Pointer.get. Bulk get method for multiple `double` values.
public final long	getAddress(long The offset from the start of the memory this `Pointer` represents at which the value will be read. offset) Overrides jnr.ffi.provider.AbstractMemoryIO.getAddress. Reads a native memory address value at the given offset.
protected final AbstractArrayMemoryIO.ArrayIO	getArrayIO()
public final byte	getByte(long The offset from the start of the memory this `Pointer` represents at which the value will be read. offset) Implements abstract jnr.ffi.Pointer.getByte. Reads an `byte` (8 bit) value at the given offset.
public final double	getDouble(long The offset from the start of the memory this `Pointer` represents at which the value will be read. offset) Implements abstract jnr.ffi.Pointer.getDouble. Reads a `double` (64 bit) value at the given offset.
public final float	getFloat(long The offset from the start of the memory this `Pointer` represents at which the value will be read. offset) Implements abstract jnr.ffi.Pointer.getFloat. Reads a `float` (32 bit) value at the given offset.
public final int	getInt(long The offset from the start of the memory this `Pointer` represents at which the value will be read. offset) Implements abstract jnr.ffi.Pointer.getInt. Reads an `int` (32 bit) value at the given offset.
public final long	getLongLong(long The offset from the start of the memory this `Pointer` represents at which the value will be read. offset) Implements abstract jnr.ffi.Pointer.getLongLong. Reads a `long` (64 bit) value at the given offset.
public final short	getShort(long The offset from the start of the memory this `Pointer` represents at which the value will be read. offset) Implements abstract jnr.ffi.Pointer.getShort. Reads a `short` (16 bit) value at the given offset.
public String	getString(long the offset from the start of the memory this `Pointer` represents at which the value will be read. offset) Implements abstract jnr.ffi.Pointer.getString. Reads an `String` value at the given offset.
public String	getString(long the offset from the start of the memory this `Pointer` represents at which the value will be read. offset, int the maximum size of memory to search for a NUL byte. maxLength, Charset the `Charset` to use to decode the string. cs) Implements abstract jnr.ffi.Pointer.getString. Reads a `String` value at the given offset, using a specific `Charset`
public final boolean	hasArray() Implements abstract jnr.ffi.Pointer.hasArray. Indicates whether this `Pointer` instance is backed by an array.
protected final int	index(long off)
public final int	indexOf(long the offset from the start of the memory location this `Pointer` represents to begin searching. offset, byte the `byte` value to locate. value) Overrides jnr.ffi.provider.AbstractMemoryIO.indexOf. Returns the location of a byte value within the memory area represented by this `Pointer`.
public final int	indexOf(long the offset from the start of the memory location this `Pointer` represents to begin searching. offset, byte the `byte` value to locate. value, int the maximum number of bytes to search for the desired value. maxlen) Implements abstract jnr.ffi.Pointer.indexOf. Returns the location of a byte value within the memory area represented by this `Pointer`.
public final boolean	isNull()
public final int	length()
public final int	offset()
public final void	put(long the offset from the start of the memory this `Pointer` represents at which the first value will be written. offset, byte[] the array to get values from. src, int the start index in the `dst` array to begin reading values. off, int the number of values to be written. len) Implements abstract jnr.ffi.Pointer.put. Bulk put method for multiple `byte` values.
public final void	put(long the offset from the start of the memory this `Pointer` represents at which the first value will be written. offset, short[] the array to get values from. src, int the start index in the `dst` array to begin reading values. off, int the number of values to be written. len) Implements abstract jnr.ffi.Pointer.put. Bulk put method for multiple `short` values.
public final void	put(long the offset from the start of the memory this `Pointer` represents at which the first value will be written. offset, int[] the array to get values from. src, int the start index in the `dst` array to begin reading values. off, int the number of values to be written. len) Implements abstract jnr.ffi.Pointer.put. Bulk put method for multiple `int` values.
public final void	put(long the offset from the start of the memory this `Pointer` represents at which the first value will be written. offset, long[] the array to get values from. src, int the start index in the `dst` array to begin reading values. off, int the number of values to be written. len) Implements abstract jnr.ffi.Pointer.put. Bulk put method for multiple `long` values.
public final void	put(long the offset from the start of the memory this `Pointer` represents at which the first value will be written. offset, float[] the array to get values from. src, int the start index in the `dst` array to begin reading values. off, int the number of values to be written. len) Implements abstract jnr.ffi.Pointer.put. Bulk put method for multiple `float` values.
public final void	put(long the offset from the start of the memory this `Pointer` represents at which the first value will be written. offset, double[] the array to get values from. src, int the start index in the `dst` array to begin reading values. off, int the number of values to be written. len) Implements abstract jnr.ffi.Pointer.put. Bulk put method for multiple `double` values.
public final void	putAddress(long The offset from the start of the memory this `Pointer` represents at which the value will be written. offset, long The native address value to be written. value) Overrides jnr.ffi.provider.AbstractMemoryIO.putAddress. Writes a native memory address value at the given offset.
public final void	putByte(long The offset from the start of the memory this `Pointer` represents at which the value will be written. offset, byte the `byte` value to be written. value) Implements abstract jnr.ffi.Pointer.putByte. Writes a `byte` (8 bit) value at the given offset.
public final void	putDouble(long The offset from the start of the memory this `Pointer` represents at which the value will be written. offset, double the `double` value to be written. value) Implements abstract jnr.ffi.Pointer.putDouble. Writes a `double` (64 bit, double precision) value at the given offset.
public final void	putFloat(long The offset from the start of the memory this `Pointer` represents at which the value will be written. offset, float the `float` value to be written. value) Implements abstract jnr.ffi.Pointer.putFloat. Writes a `float` (32 bit, single precision) value at the given offset.
public final void	putInt(long The offset from the start of the memory this `Pointer` represents at which the value will be written. offset, int the `int` value to be written. value) Implements abstract jnr.ffi.Pointer.putInt. Writes an `int` (32 bit) value at the given offset.
public final void	putLongLong(long The offset from the start of the memory this `Pointer` represents at which the value will be written. offset, long the `long` value to be written. value) Implements abstract jnr.ffi.Pointer.putLongLong. Writes a `long` (64 bit) value at the given offset.
public final void	putShort(long The offset from the start of the memory this `Pointer` represents at which the value will be written. offset, short the `short` value to be written. value) Implements abstract jnr.ffi.Pointer.putShort. Writes a `short` (16 bit) value at the given offset.
public void	putString(long the offset from the start of the memory this `Pointer` represents at which the value will be written. offset, String the string to be written. string, int the maximum size of memory to use to store the string. maxLength, Charset the `Charset` to use to decode the string. cs) Implements abstract jnr.ffi.Pointer.putString. Writes a `String` value at the given offset, using a specific `Charset`
public void	putZeroTerminatedByteArray(long offset, byte[] src, int off, int len)
protected final int	remaining(long offset)
public final void	setMemory(long the offset from the start of the memory location this `Pointer` represents to begin writing to. offset, long the number of bytes to set to the value. size, byte the value to set each byte to. value) Implements abstract jnr.ffi.Pointer.setMemory. Sets the value of each byte in the memory area represented by this `Pointer`.
public final long	size() Implements abstract jnr.ffi.Pointer.size. Gets the size of this memory object in bytes (optional operation).

Inherited from jnr.ffi.provider.AbstractMemoryIO:: checkBounds checkBounds getInt getLong getNativeLong putAddress putInt putLong putNativeLong slice slice transferFrom transferTo

public abstract Class AbstractArrayMemoryIO

Nested and Inner Type Summary

Field Summary

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Method Summary