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

Modifier and Type	Field and Description
private final long	base
private final Pointer	io
private final long	size

Access	Constructor and Description
public	BoundedMemoryIO(Pointer parent, long offset, long size)

Method Summary

Modifier and Type	Method and Description
public final Object	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 void	checkBounds(long the starting point within this memory region. offset, long the length of the memory region in bytes length) Overrides jnr.ffi.provider.AbstractMemoryIO.checkBounds. Checks that the memory region is within the bounds of this memory object
public boolean	equals(Object the reference object with which to compare. obj) Overrides java.lang.Object.equals. Indicates whether some other object is "equal to" this one.
public 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 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 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 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 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 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 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.
public 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 Pointer	getDelegatedMemoryIO() Implements jnr.ffi.provider.DelegatingMemoryIO.getDelegatedMemoryIO.
public 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 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 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 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 Pointer	getPointer(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.getPointer. Reads an `Pointer` value at the given offset.
public Pointer	getPointer(long the offset from the start of the memory this `Pointer` represents at which the value will be read. offset, long the maximum size of the memory location the returned `Pointer` represents. size) Implements abstract jnr.ffi.Pointer.getPointer. Reads an `Pointer` value at the given offset.
public 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, 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 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 final boolean	hasArray() Implements abstract jnr.ffi.Pointer.hasArray. Indicates whether this `Pointer` instance is backed by an array.
public int	hashCode() Overrides java.lang.Object.hashCode. Returns a hash code value for this object.
public 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 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 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. dst, 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 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. dst, 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 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 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 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 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 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 void	putAddress(long The offset from the start of the memory this `Pointer` represents at which the value will be written. offset, Address 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 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 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 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 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 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 void	putPointer(long The offset from the start of the memory this `Pointer` represents at which the value will be written. offset, Pointer the `Pointer` value to be written to memory. value) Implements abstract jnr.ffi.Pointer.putPointer. Writes a `Pointer` value at the given offset.
public 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	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 long	size() Implements abstract jnr.ffi.Pointer.size. Gets the size of this memory object in bytes (optional operation).
public void	transferFrom(long the offset from the start of the memory location this `Pointer` represents to begin copying to. offset, Pointer the destination memory location to transfer data from. other, long the offset from the start of the memory location the destination `Pointer` represents to begin copying from. otherOffset, long the number of bytes to transfer. count) Overrides jnr.ffi.provider.AbstractMemoryIO.transferFrom. Bulk data transfer from one memory location to another.
public void	transferTo(long the offset from the start of the memory location this `Pointer` represents to begin copying from. offset, Pointer the destination memory location to transfer data to. other, long the offset from the start of the memory location the destination `Pointer` represents to begin copying to. otherOffset, long the number of bytes to transfer. count) Overrides jnr.ffi.provider.AbstractMemoryIO.transferTo. Bulk data transfer from one memory location to another.

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

base	back to summary
private final long base

io	back to summary
private final Pointer io

size	back to summary
private final long size

BoundedMemoryIO	back to summary
public BoundedMemoryIO(Pointer parent, long offset, long size)

Method Detail

array	back to summary
public final Object array() Implements abstract jnr.ffi.Pointer.array. Doc from jnr.ffi.Pointer.array. Returns the array that backs this pointer. Returns:Object The array that backs this pointer. Annotations @Override

array

back to summary

public final Object array()

Implements abstract jnr.ffi.Pointer.array.

Doc from jnr.ffi.Pointer.array.

Returns the array that backs this pointer.

Returns:Object

The array that backs this pointer.

Annotations

@Override

arrayLength	back to summary
public final int arrayLength() Implements abstract jnr.ffi.Pointer.arrayLength. Doc from jnr.ffi.Pointer.arrayLength. Returns the length of this pointer's backing array that is used by this pointer. Returns:int The length of the backing array used Annotations @Override

arrayLength

back to summary

public final int arrayLength()

Implements abstract jnr.ffi.Pointer.arrayLength.

Doc from jnr.ffi.Pointer.arrayLength.

Returns the length of this pointer's backing array that is used by this pointer.

Returns:int

The length of the backing array used

Annotations

@Override

arrayOffset	back to summary
public final int arrayOffset() Implements abstract jnr.ffi.Pointer.arrayOffset. Doc from jnr.ffi.Pointer.arrayOffset. Returns the offset within this pointer's backing array of the first element. Returns:int The offset of the first element on the backing array Annotations @Override

arrayOffset

back to summary

public final int arrayOffset()

Implements abstract jnr.ffi.Pointer.arrayOffset.

Doc from jnr.ffi.Pointer.arrayOffset.

Returns the offset within this pointer's backing array of the first element.

Returns:int

The offset of the first element on the backing array

Annotations

@Override

checkBounds	back to summary
public void checkBounds(long offset, long length) Overrides jnr.ffi.provider.AbstractMemoryIO.checkBounds. Doc from jnr.ffi.Pointer.checkBounds. Checks that the memory region is within the bounds of this memory object Parameters offset:long the starting point within this memory region. length:long the length of the memory region in bytes Annotations @Override

checkBounds

back to summary

public void checkBounds(long offset, long length)

Overrides jnr.ffi.provider.AbstractMemoryIO.checkBounds.

Doc from jnr.ffi.Pointer.checkBounds.

Checks that the memory region is within the bounds of this memory object

Parameters

offset:long: the starting point within this memory region.
length:long: the length of the memory region in bytes

Annotations

@Override

equals back to summary

equals	back to summary
public boolean equals(Object obj) Overrides java.lang.Object.equals. Doc from java.lang.Object.equals. Indicates whether some other object is "equal to" this one. The `equals` method implements an equivalence relation on non-null object references: It is reflexive: for any non-null reference value `x`, `x.equals(x)` should return `true`. It is symmetric: for any non-null reference values `x` and `y`, `x.equals(y)` should return `true` if and only if `y.equals(x)` returns `true`. It is transitive: for any non-null reference values `x`, `y`, and `z`, if `x.equals(y)` returns `true` and `y.equals(z)` returns `true`, then `x.equals(z)` should return `true`. It is consistent: for any non-null reference values `x` and `y`, multiple invocations of `x.equals(y)` consistently return `true` or consistently return `false`, provided no information used in `equals` comparisons on the objects is modified. For any non-null reference value `x`, `x.equals(null)` should return `false`. An equivalence relation partitions the elements it operates on into equivalence classes; all the members of an equivalence class are equal to each other. Members of an equivalence class are substitutable for each other, at least for some purposes. Parameters obj:Object the reference object with which to compare. Returns:boolean `true` if this object is the same as the obj argument; `false` otherwise. Annotations @Override

public boolean equals(Object obj)

Overrides java.lang.Object.equals.

Doc from java.lang.Object.equals.

Indicates whether some other object is "equal to" this one.

The equals method implements an equivalence relation on non-null object references:

It is reflexive: for any non-null reference value x, x.equals(x) should return true.
It is symmetric: for any non-null reference values x and y, x.equals(y) should return true if and only if y.equals(x) returns true.
It is transitive: for any non-null reference values x, y, and z, if x.equals(y) returns true and y.equals(z) returns true, then x.equals(z) should return true.
It is consistent: for any non-null reference values x and y, multiple invocations of x.equals(y) consistently return true or consistently return false, provided no information used in equals comparisons on the objects is modified.
For any non-null reference value x, x.equals(null) should return false.

An equivalence relation partitions the elements it operates on into equivalence classes; all the members of an equivalence class are equal to each other. Members of an equivalence class are substitutable for each other, at least for some purposes.

Parameters

obj:Object: the reference object with which to compare.

Returns:boolean

true if this object is the same as the obj argument; false otherwise.

Annotations

@Override

get back to summary

get	back to summary
public void get(long offset, byte[] dst, int off, int len) Implements abstract jnr.ffi.Pointer.get. Doc from jnr.ffi.Pointer.get. Bulk get method for multiple `byte` values. This method reads multiple `byte` values from consecutive addresses, beginning at the given offset, and stores them in an array. Parameters offset:long the offset from the start of the memory this `Pointer` represents at which the first value will be read. dst:byte[] the array into which values are to be stored. off:int the start index in the `dst` array to begin storing the values. len:int the number of values to be read. Annotations @Override

public void get(long offset, byte[] dst, int off, int len)

Implements abstract jnr.ffi.Pointer.get.

Doc from jnr.ffi.Pointer.get.

Bulk get method for multiple byte values. This method reads multiple byte values from consecutive addresses, beginning at the given offset, and stores them in an array.

Parameters

offset:long: the offset from the start of the memory this Pointer represents at which the first value will be read.
dst:byte[]: the array into which values are to be stored.
off:int: the start index in the dst array to begin storing the values.
len:int: the number of values to be read.

Annotations

@Override

get back to summary

get	back to summary
public void get(long offset, short[] dst, int off, int len) Implements abstract jnr.ffi.Pointer.get. Doc from jnr.ffi.Pointer.get. Bulk get method for multiple `short` values. This method reads multiple `short` values from consecutive addresses, beginning at the given offset, and stores them in an array. Parameters offset:long The offset from the start of the memory this `Pointer` represents at which the first value will be read. dst:short[] The array into which values are to be stored. off:int the start index in the `dst` array to begin storing the values. len:int the number of values to be read. Annotations @Override

public void get(long offset, short[] dst, int off, int len)

Implements abstract jnr.ffi.Pointer.get.

Doc from jnr.ffi.Pointer.get.

Bulk get method for multiple short values. This method reads multiple short values from consecutive addresses, beginning at the given offset, and stores them in an array.

Parameters

offset:long: The offset from the start of the memory this Pointer represents at which the first value will be read.
dst:short[]: The array into which values are to be stored.
off:int: the start index in the dst array to begin storing the values.
len:int: the number of values to be read.

Annotations

@Override

get back to summary

get	back to summary
public void get(long offset, int[] dst, int off, int len) Implements abstract jnr.ffi.Pointer.get. Doc from jnr.ffi.Pointer.get. Bulk get method for multiple `int` values. This method reads multiple `int` values from consecutive addresses, beginning at the given offset, and stores them in an array. Parameters offset:long The offset from the start of the memory this `Pointer` represents at which the first value will be read. dst:int[] The array into which values are to be stored. off:int the start index in the `dst` array to begin storing the values. len:int the number of values to be read. Annotations @Override

public void get(long offset, int[] dst, int off, int len)

Implements abstract jnr.ffi.Pointer.get.

Doc from jnr.ffi.Pointer.get.

Bulk get method for multiple int values. This method reads multiple int values from consecutive addresses, beginning at the given offset, and stores them in an array.

Parameters

offset:long: The offset from the start of the memory this Pointer represents at which the first value will be read.
dst:int[]: The array into which values are to be stored.
off:int: the start index in the dst array to begin storing the values.
len:int: the number of values to be read.

Annotations

@Override

get back to summary

get	back to summary
public void get(long offset, long[] dst, int off, int len) Implements abstract jnr.ffi.Pointer.get. Doc from jnr.ffi.Pointer.get. Bulk get method for multiple `long` values. This method reads multiple `long` values from consecutive addresses, beginning at the given offset, and stores them in an array. Parameters offset:long The offset from the start of the memory this `Pointer` represents at which the first value will be read. dst:long[] The array into which values are to be stored. off:int the start index in the `dst` array to begin storing the values. len:int the number of values to be read. Annotations @Override

public void get(long offset, long[] dst, int off, int len)

Implements abstract jnr.ffi.Pointer.get.

Doc from jnr.ffi.Pointer.get.

Bulk get method for multiple long values. This method reads multiple long values from consecutive addresses, beginning at the given offset, and stores them in an array.

Parameters

offset:long: The offset from the start of the memory this Pointer represents at which the first value will be read.
dst:long[]: The array into which values are to be stored.
off:int: the start index in the dst array to begin storing the values.
len:int: the number of values to be read.

Annotations

@Override

get back to summary

get	back to summary
public void get(long offset, float[] dst, int off, int len) Implements abstract jnr.ffi.Pointer.get. Doc from jnr.ffi.Pointer.get. Bulk get method for multiple `float` values. This method reads multiple `float` values from consecutive addresses, beginning at the given offset, and stores them in an array. Parameters offset:long The offset from the start of the memory this `Pointer` represents at which the first value will be read. dst:float[] The array into which values are to be stored. off:int the start index in the `dst` array to begin storing the values. len:int the number of values to be read. Annotations @Override

public void get(long offset, float[] dst, int off, int len)

Implements abstract jnr.ffi.Pointer.get.

Doc from jnr.ffi.Pointer.get.

Bulk get method for multiple float values. This method reads multiple float values from consecutive addresses, beginning at the given offset, and stores them in an array.

Parameters

offset:long: The offset from the start of the memory this Pointer represents at which the first value will be read.
dst:float[]: The array into which values are to be stored.
off:int: the start index in the dst array to begin storing the values.
len:int: the number of values to be read.

Annotations

@Override

get back to summary

get	back to summary
public void get(long offset, double[] dst, int off, int len) Implements abstract jnr.ffi.Pointer.get. Doc from jnr.ffi.Pointer.get. Bulk get method for multiple `double` values. This method reads multiple `double` values from consecutive addresses, beginning at the given offset, and stores them in an array. Parameters offset:long The offset from the start of the memory this `Pointer` represents at which the first value will be read. dst:double[] The array into which values are to be stored. off:int the start index in the `dst` array to begin storing the values. len:int the number of values to be read. Annotations @Override

public void get(long offset, double[] dst, int off, int len)

Implements abstract jnr.ffi.Pointer.get.

Doc from jnr.ffi.Pointer.get.

Bulk get method for multiple double values. This method reads multiple double values from consecutive addresses, beginning at the given offset, and stores them in an array.

Parameters

offset:long: The offset from the start of the memory this Pointer represents at which the first value will be read.
dst:double[]: The array into which values are to be stored.
off:int: the start index in the dst array to begin storing the values.
len:int: the number of values to be read.

Annotations

@Override

getAddress back to summary

getAddress	back to summary
public long getAddress(long offset) Overrides jnr.ffi.provider.AbstractMemoryIO.getAddress. Doc from jnr.ffi.Pointer.getAddress. Reads a native memory address value at the given offset. A native address can be either 32 or 64 bits in size, depending on the cpu architecture. Parameters offset:long The offset from the start of the memory this `Pointer` represents at which the value will be read. Returns:long the native address value contained in the memory at the offset Annotations @Override

public long getAddress(long offset)

Overrides jnr.ffi.provider.AbstractMemoryIO.getAddress.

Doc from jnr.ffi.Pointer.getAddress.

Reads a native memory address value at the given offset.

A native address can be either 32 or 64 bits in size, depending on the cpu architecture.

Parameters

offset:long: The offset from the start of the memory this Pointer represents at which the value will be read.

Returns:long

the native address value contained in the memory at the offset

Annotations

@Override

getByte back to summary

getByte	back to summary
public byte getByte(long offset) Implements abstract jnr.ffi.Pointer.getByte. Doc from jnr.ffi.Pointer.getByte. Reads an `byte` (8 bit) value at the given offset. Parameters offset:long The offset from the start of the memory this `Pointer` represents at which the value will be read. Returns:byte the `byte` value at the offset. Annotations @Override

public byte getByte(long offset)

Implements abstract jnr.ffi.Pointer.getByte.

Doc from jnr.ffi.Pointer.getByte.

Reads an byte (8 bit) value at the given offset.

Parameters

offset:long: The offset from the start of the memory this Pointer represents at which the value will be read.

Returns:byte

the byte value at the offset.

Annotations

@Override

getDelegatedMemoryIO	back to summary
public Pointer getDelegatedMemoryIO() Implements jnr.ffi.provider.DelegatingMemoryIO.getDelegatedMemoryIO.

getDouble back to summary

getDouble	back to summary
public double getDouble(long offset) Implements abstract jnr.ffi.Pointer.getDouble. Doc from jnr.ffi.Pointer.getDouble. Reads a `double` (64 bit) value at the given offset. Parameters offset:long The offset from the start of the memory this `Pointer` represents at which the value will be read. Returns:double the `double` value at the offset. Annotations @Override

public double getDouble(long offset)

Implements abstract jnr.ffi.Pointer.getDouble.

Doc from jnr.ffi.Pointer.getDouble.

Reads a double (64 bit) value at the given offset.

Parameters

offset:long: The offset from the start of the memory this Pointer represents at which the value will be read.

Returns:double

the double value at the offset.

Annotations

@Override

getFloat back to summary

getFloat	back to summary
public float getFloat(long offset) Implements abstract jnr.ffi.Pointer.getFloat. Doc from jnr.ffi.Pointer.getFloat. Reads a `float` (32 bit) value at the given offset. Parameters offset:long The offset from the start of the memory this `Pointer` represents at which the value will be read. Returns:float the `float` value at the offset. Annotations @Override

public float getFloat(long offset)

Implements abstract jnr.ffi.Pointer.getFloat.

Doc from jnr.ffi.Pointer.getFloat.

Reads a float (32 bit) value at the given offset.

Parameters

offset:long: The offset from the start of the memory this Pointer represents at which the value will be read.

Returns:float

the float value at the offset.

Annotations

@Override

getInt back to summary

getInt	back to summary
public int getInt(long offset) Implements abstract jnr.ffi.Pointer.getInt. Doc from jnr.ffi.Pointer.getInt. Reads an `int` (32 bit) value at the given offset. Parameters offset:long The offset from the start of the memory this `Pointer` represents at which the value will be read. Returns:int the `int` value contained in the memory at the offset. Annotations @Override

public int getInt(long offset)

Implements abstract jnr.ffi.Pointer.getInt.

Doc from jnr.ffi.Pointer.getInt.

Reads an int (32 bit) value at the given offset.

Parameters

offset:long: The offset from the start of the memory this Pointer represents at which the value will be read.

Returns:int

the int value contained in the memory at the offset.

Annotations

@Override

getLongLong back to summary

getLongLong	back to summary
public long getLongLong(long offset) Implements abstract jnr.ffi.Pointer.getLongLong. Doc from jnr.ffi.Pointer.getLongLong. Reads a `long` (64 bit) value at the given offset. Parameters offset:long The offset from the start of the memory this `Pointer` represents at which the value will be read. Returns:long the `long` value at the offset. Annotations @Override

public long getLongLong(long offset)

Implements abstract jnr.ffi.Pointer.getLongLong.

Doc from jnr.ffi.Pointer.getLongLong.

Reads a long (64 bit) value at the given offset.

Parameters

offset:long: The offset from the start of the memory this Pointer represents at which the value will be read.

Returns:long

the long value at the offset.

Annotations

@Override

getPointer back to summary

getPointer	back to summary
public Pointer getPointer(long offset) Implements abstract jnr.ffi.Pointer.getPointer. Doc from jnr.ffi.Pointer.getPointer. Reads an `Pointer` value at the given offset. Parameters offset:long the offset from the start of the memory this `Pointer` represents at which the value will be read. Returns:Pointer the `Pointer` value read from memory.

public Pointer getPointer(long offset)

Implements abstract jnr.ffi.Pointer.getPointer.

Doc from jnr.ffi.Pointer.getPointer.

Reads an Pointer value at the given offset.

Parameters

offset:long: the offset from the start of the memory this Pointer represents at which the value will be read.

Returns:Pointer

the Pointer value read from memory.

getPointer back to summary

getPointer	back to summary
public Pointer getPointer(long offset, long size) Implements abstract jnr.ffi.Pointer.getPointer. Doc from jnr.ffi.Pointer.getPointer. Reads an `Pointer` value at the given offset. Parameters offset:long the offset from the start of the memory this `Pointer` represents at which the value will be read. size:long the maximum size of the memory location the returned `Pointer` represents. Returns:Pointer the `Pointer` value read from memory.

public Pointer getPointer(long offset, long size)

Implements abstract jnr.ffi.Pointer.getPointer.

Doc from jnr.ffi.Pointer.getPointer.

Reads an Pointer value at the given offset.

Parameters

offset:long: the offset from the start of the memory this Pointer represents at which the value will be read.
size:long: the maximum size of the memory location the returned Pointer represents.

Returns:Pointer

the Pointer value read from memory.

getShort back to summary

getShort	back to summary
public short getShort(long offset) Implements abstract jnr.ffi.Pointer.getShort. Doc from jnr.ffi.Pointer.getShort. Reads a `short` (16 bit) value at the given offset. Parameters offset:long The offset from the start of the memory this `Pointer` represents at which the value will be read. Returns:short the `short` value at the offset. Annotations @Override

public short getShort(long offset)

Implements abstract jnr.ffi.Pointer.getShort.

Doc from jnr.ffi.Pointer.getShort.

Reads a short (16 bit) value at the given offset.

Parameters

offset:long: The offset from the start of the memory this Pointer represents at which the value will be read.

Returns:short

the short value at the offset.

Annotations

@Override

getString back to summary

getString	back to summary
public String getString(long offset, int maxLength, Charset cs) Implements abstract jnr.ffi.Pointer.getString. Doc from jnr.ffi.Pointer.getString. Reads a `String` value at the given offset, using a specific `Charset` Parameters offset:long the offset from the start of the memory this `Pointer` represents at which the value will be read. maxLength:int the maximum size of memory to search for a NUL byte. cs:Charset the `Charset` to use to decode the string. Returns:String the `String` value read from memory. Annotations @Override

public String getString(long offset, int maxLength, Charset cs)

Implements abstract jnr.ffi.Pointer.getString.

Doc from jnr.ffi.Pointer.getString.

Reads a String value at the given offset, using a specific Charset

Parameters

offset:long: the offset from the start of the memory this Pointer represents at which the value will be read.
maxLength:int: the maximum size of memory to search for a NUL byte.
cs:Charset: the Charset to use to decode the string.

Returns:String

the String value read from memory.

Annotations

@Override

getString back to summary

getString	back to summary
public String getString(long offset) Implements abstract jnr.ffi.Pointer.getString. Doc from jnr.ffi.Pointer.getString. Reads an `String` value at the given offset. Parameters offset:long the offset from the start of the memory this `Pointer` represents at which the value will be read. Returns:String the `String` value read from memory. Annotations @Override

public String getString(long offset)

Implements abstract jnr.ffi.Pointer.getString.

Doc from jnr.ffi.Pointer.getString.

Reads an String value at the given offset.

Parameters

offset:long: the offset from the start of the memory this Pointer represents at which the value will be read.

Returns:String

the String value read from memory.

Annotations

@Override

hasArray back to summary

hasArray	back to summary
public final boolean hasArray() Implements abstract jnr.ffi.Pointer.hasArray. Doc from jnr.ffi.Pointer.hasArray. Indicates whether this `Pointer` instance is backed by an array. Returns:boolean true if, and only if, this memory object is backed by an array Annotations @Override

public final boolean hasArray()

Implements abstract jnr.ffi.Pointer.hasArray.

Doc from jnr.ffi.Pointer.hasArray.

Indicates whether this Pointer instance is backed by an array.

Returns:boolean

true if, and only if, this memory object is backed by an array

Annotations

@Override

hashCode back to summary

hashCode	back to summary
public int hashCode() Overrides java.lang.Object.hashCode. Doc from java.lang.Object.hashCode. Returns a hash code value for this object. This method is supported for the benefit of hash tables such as those provided by `java.util.HashMap`. The general contract of `hashCode` is: Whenever it is invoked on the same object more than once during an execution of a Java application, the `hashCode` method must consistently return the same integer, provided no information used in `equals` comparisons on the object is modified. This integer need not remain consistent from one execution of an application to another execution of the same application. If two objects are equal according to the `equals` method, then calling the `hashCode` method on each of the two objects must produce the same integer result. It is not required that if two objects are unequal according to the `equals` method, then calling the `hashCode` method on each of the two objects must produce distinct integer results. However, the programmer should be aware that producing distinct integer results for unequal objects may improve the performance of hash tables. Returns:int a hash code value for this object Annotations @Override

public int hashCode()

Overrides java.lang.Object.hashCode.

Doc from java.lang.Object.hashCode.

Returns a hash code value for this object. This method is supported for the benefit of hash tables such as those provided by java.util.HashMap.

The general contract of hashCode is:

Whenever it is invoked on the same object more than once during an execution of a Java application, the hashCode method must consistently return the same integer, provided no information used in equals comparisons on the object is modified. This integer need not remain consistent from one execution of an application to another execution of the same application.
If two objects are equal according to the equals method, then calling the hashCode method on each of the two objects must produce the same integer result.
It is not required that if two objects are unequal according to the equals method, then calling the hashCode method on each of the two objects must produce distinct integer results. However, the programmer should be aware that producing distinct integer results for unequal objects may improve the performance of hash tables.

Returns:int

a hash code value for this object

Annotations

@Override

indexOf back to summary

indexOf	back to summary
public int indexOf(long offset, byte value) Overrides jnr.ffi.provider.AbstractMemoryIO.indexOf. Doc from jnr.ffi.Pointer.indexOf. Returns the location of a byte value within the memory area represented by this `Pointer`. Parameters offset:long the offset from the start of the memory location this `Pointer` represents to begin searching. value:byte the `byte` value to locate. Returns:int the offset from the start of the search area (i.e. relative to the offset parameter), or -1 if not found. Annotations @Override

public int indexOf(long offset, byte value)

Overrides jnr.ffi.provider.AbstractMemoryIO.indexOf.

Doc from jnr.ffi.Pointer.indexOf.

Returns the location of a byte value within the memory area represented by this Pointer.

Parameters

offset:long: the offset from the start of the memory location this Pointer represents to begin searching.
value:byte: the byte value to locate.

Returns:int

the offset from the start of the search area (i.e. relative to the offset parameter), or -1 if not found.

Annotations

@Override

indexOf back to summary

indexOf	back to summary
public int indexOf(long offset, byte value, int maxlen) Implements abstract jnr.ffi.Pointer.indexOf. Doc from jnr.ffi.Pointer.indexOf. Returns the location of a byte value within the memory area represented by this `Pointer`. Parameters offset:long the offset from the start of the memory location this `Pointer` represents to begin searching. value:byte the `byte` value to locate. maxlen:int the maximum number of bytes to search for the desired value. Returns:int the offset from the start of the search area (i.e. relative to the offset parameter), or -1 if not found. Annotations @Override

public int indexOf(long offset, byte value, int maxlen)

Implements abstract jnr.ffi.Pointer.indexOf.

Doc from jnr.ffi.Pointer.indexOf.

Returns the location of a byte value within the memory area represented by this Pointer.

Parameters

offset:long: the offset from the start of the memory location this Pointer represents to begin searching.
value:byte: the byte value to locate.
maxlen:int: the maximum number of bytes to search for the desired value.

Returns:int

the offset from the start of the search area (i.e. relative to the offset parameter), or -1 if not found.

Annotations

@Override

put back to summary

put	back to summary
public void put(long offset, byte[] dst, int off, int len) Implements abstract jnr.ffi.Pointer.put. Doc from jnr.ffi.Pointer.put. Bulk put method for multiple `byte` values. This method writes multiple `byte` values to consecutive addresses, beginning at the given offset, from an array. Parameters offset:long the offset from the start of the memory this `Pointer` represents at which the first value will be written. dst:byte[] the array to get values from. off:int the start index in the `dst` array to begin reading values. len:int the number of values to be written. Annotations @Override

public void put(long offset, byte[] dst, int off, int len)

Implements abstract jnr.ffi.Pointer.put.

Doc from jnr.ffi.Pointer.put.

Bulk put method for multiple byte values. This method writes multiple byte values to consecutive addresses, beginning at the given offset, from an array.

Parameters

offset:long: the offset from the start of the memory this Pointer represents at which the first value will be written.
dst:byte[]: the array to get values from.
off:int: the start index in the dst array to begin reading values.
len:int: the number of values to be written.

Annotations

@Override

put back to summary

put	back to summary
public void put(long offset, short[] dst, int off, int len) Implements abstract jnr.ffi.Pointer.put. Doc from jnr.ffi.Pointer.put. Bulk put method for multiple `short` values. This method writes multiple `short` values to consecutive addresses, beginning at the given offset, from an array. Parameters offset:long the offset from the start of the memory this `Pointer` represents at which the first value will be written. dst:short[] the array to get values from. off:int the start index in the `dst` array to begin reading values. len:int the number of values to be written. Annotations @Override

public void put(long offset, short[] dst, int off, int len)

Implements abstract jnr.ffi.Pointer.put.

Doc from jnr.ffi.Pointer.put.

Bulk put method for multiple short values. This method writes multiple short values to consecutive addresses, beginning at the given offset, from an array.

Parameters

offset:long: the offset from the start of the memory this Pointer represents at which the first value will be written.
dst:short[]: the array to get values from.
off:int: the start index in the dst array to begin reading values.
len:int: the number of values to be written.

Annotations

@Override

put back to summary

put	back to summary
public void put(long offset, int[] src, int off, int len) Implements abstract jnr.ffi.Pointer.put. Doc from jnr.ffi.Pointer.put. Bulk put method for multiple `int` values. This method writes multiple `int` values to consecutive addresses, beginning at the given offset, from an array. Parameters offset:long the offset from the start of the memory this `Pointer` represents at which the first value will be written. src:int[] the array to get values from. off:int the start index in the `dst` array to begin reading values. len:int the number of values to be written. Annotations @Override

public void put(long offset, int[] src, int off, int len)

Implements abstract jnr.ffi.Pointer.put.

Doc from jnr.ffi.Pointer.put.

Bulk put method for multiple int values. This method writes multiple int values to consecutive addresses, beginning at the given offset, from an array.

Parameters

offset:long: the offset from the start of the memory this Pointer represents at which the first value will be written.
src:int[]: the array to get values from.
off:int: the start index in the dst array to begin reading values.
len:int: the number of values to be written.

Annotations

@Override

put back to summary

put	back to summary
public void put(long offset, long[] src, int off, int len) Implements abstract jnr.ffi.Pointer.put. Doc from jnr.ffi.Pointer.put. Bulk put method for multiple `long` values. This method writes multiple `long` values to consecutive addresses, beginning at the given offset, from an array. Parameters offset:long the offset from the start of the memory this `Pointer` represents at which the first value will be written. src:long[] the array to get values from. off:int the start index in the `dst` array to begin reading values. len:int the number of values to be written. Annotations @Override

public void put(long offset, long[] src, int off, int len)

Implements abstract jnr.ffi.Pointer.put.

Doc from jnr.ffi.Pointer.put.

Bulk put method for multiple long values. This method writes multiple long values to consecutive addresses, beginning at the given offset, from an array.

Parameters

offset:long: the offset from the start of the memory this Pointer represents at which the first value will be written.
src:long[]: the array to get values from.
off:int: the start index in the dst array to begin reading values.
len:int: the number of values to be written.

Annotations

@Override

put back to summary

put	back to summary
public void put(long offset, float[] src, int off, int len) Implements abstract jnr.ffi.Pointer.put. Doc from jnr.ffi.Pointer.put. Bulk put method for multiple `float` values. This method writes multiple `float` values to consecutive addresses, beginning at the given offset, from an array. Parameters offset:long the offset from the start of the memory this `Pointer` represents at which the first value will be written. src:float[] the array to get values from. off:int the start index in the `dst` array to begin reading values. len:int the number of values to be written. Annotations @Override

public void put(long offset, float[] src, int off, int len)

Implements abstract jnr.ffi.Pointer.put.

Doc from jnr.ffi.Pointer.put.

Bulk put method for multiple float values. This method writes multiple float values to consecutive addresses, beginning at the given offset, from an array.

Parameters

offset:long: the offset from the start of the memory this Pointer represents at which the first value will be written.
src:float[]: the array to get values from.
off:int: the start index in the dst array to begin reading values.
len:int: the number of values to be written.

Annotations

@Override

put back to summary

put	back to summary
public void put(long offset, double[] src, int off, int len) Implements abstract jnr.ffi.Pointer.put. Doc from jnr.ffi.Pointer.put. Bulk put method for multiple `double` values. This method writes multiple `double` values to consecutive addresses, beginning at the given offset, from an array. Parameters offset:long the offset from the start of the memory this `Pointer` represents at which the first value will be written. src:double[] the array to get values from. off:int the start index in the `dst` array to begin reading values. len:int the number of values to be written. Annotations @Override

public void put(long offset, double[] src, int off, int len)

Implements abstract jnr.ffi.Pointer.put.

Doc from jnr.ffi.Pointer.put.

Bulk put method for multiple double values. This method writes multiple double values to consecutive addresses, beginning at the given offset, from an array.

Parameters

offset:long: the offset from the start of the memory this Pointer represents at which the first value will be written.
src:double[]: the array to get values from.
off:int: the start index in the dst array to begin reading values.
len:int: the number of values to be written.

Annotations

@Override

putAddress back to summary

putAddress	back to summary
public void putAddress(long offset, long value) Overrides jnr.ffi.provider.AbstractMemoryIO.putAddress. Doc from jnr.ffi.Pointer.putAddress. Writes a native memory address value at the given offset. A native address can be either 32 or 64 bits in size, depending on the cpu architecture. Parameters offset:long The offset from the start of the memory this `Pointer` represents at which the value will be written. value:long The native address value to be written. Annotations @Override

public void putAddress(long offset, long value)

Overrides jnr.ffi.provider.AbstractMemoryIO.putAddress.

Doc from jnr.ffi.Pointer.putAddress.

Writes a native memory address value at the given offset.

A native address can be either 32 or 64 bits in size, depending on the cpu architecture.

Parameters

offset:long: The offset from the start of the memory this Pointer represents at which the value will be written.
value:long: The native address value to be written.

Annotations

@Override

putAddress back to summary

putAddress	back to summary
public void putAddress(long offset, Address value) Overrides jnr.ffi.provider.AbstractMemoryIO.putAddress. Doc from jnr.ffi.Pointer.putAddress. Writes a native memory address value at the given offset. A native address can be either 32 or 64 bits in size, depending on the cpu architecture. Parameters offset:long The offset from the start of the memory this `Pointer` represents at which the value will be written. value:Address The native address value to be written. Annotations @Override

public void putAddress(long offset, Address value)

Overrides jnr.ffi.provider.AbstractMemoryIO.putAddress.

Doc from jnr.ffi.Pointer.putAddress.

Writes a native memory address value at the given offset.

A native address can be either 32 or 64 bits in size, depending on the cpu architecture.

Parameters

offset:long: The offset from the start of the memory this Pointer represents at which the value will be written.
value:Address: The native address value to be written.

Annotations

@Override

putByte back to summary

putByte	back to summary
public void putByte(long offset, byte value) Implements abstract jnr.ffi.Pointer.putByte. Doc from jnr.ffi.Pointer.putByte. Writes a `byte` (8 bit) value at the given offset. Parameters offset:long The offset from the start of the memory this `Pointer` represents at which the value will be written. value:byte the `byte` value to be written. Annotations @Override

public void putByte(long offset, byte value)

Implements abstract jnr.ffi.Pointer.putByte.

Doc from jnr.ffi.Pointer.putByte.

Writes a byte (8 bit) value at the given offset.

Parameters

offset:long: The offset from the start of the memory this Pointer represents at which the value will be written.
value:byte: the byte value to be written.

Annotations

@Override

putDouble back to summary

putDouble	back to summary
public void putDouble(long offset, double value) Implements abstract jnr.ffi.Pointer.putDouble. Doc from jnr.ffi.Pointer.putDouble. Writes a `double` (64 bit, double precision) value at the given offset. Parameters offset:long The offset from the start of the memory this `Pointer` represents at which the value will be written. value:double the `double` value to be written. Annotations @Override

public void putDouble(long offset, double value)

Implements abstract jnr.ffi.Pointer.putDouble.

Doc from jnr.ffi.Pointer.putDouble.

Writes a double (64 bit, double precision) value at the given offset.

Parameters

offset:long: The offset from the start of the memory this Pointer represents at which the value will be written.
value:double: the double value to be written.

Annotations

@Override

putFloat back to summary

putFloat	back to summary
public void putFloat(long offset, float value) Implements abstract jnr.ffi.Pointer.putFloat. Doc from jnr.ffi.Pointer.putFloat. Writes a `float` (32 bit, single precision) value at the given offset. Parameters offset:long The offset from the start of the memory this `Pointer` represents at which the value will be written. value:float the `float` value to be written. Annotations @Override

public void putFloat(long offset, float value)

Implements abstract jnr.ffi.Pointer.putFloat.

Doc from jnr.ffi.Pointer.putFloat.

Writes a float (32 bit, single precision) value at the given offset.

Parameters

offset:long: The offset from the start of the memory this Pointer represents at which the value will be written.
value:float: the float value to be written.

Annotations

@Override

putInt back to summary

putInt	back to summary
public void putInt(long offset, int value) Implements abstract jnr.ffi.Pointer.putInt. Doc from jnr.ffi.Pointer.putInt. Writes an `int` (32 bit) value at the given offset. Parameters offset:long The offset from the start of the memory this `Pointer` represents at which the value will be written. value:int the `int` value to be written. Annotations @Override

public void putInt(long offset, int value)

Implements abstract jnr.ffi.Pointer.putInt.

Doc from jnr.ffi.Pointer.putInt.

Writes an int (32 bit) value at the given offset.

Parameters

offset:long: The offset from the start of the memory this Pointer represents at which the value will be written.
value:int: the int value to be written.

Annotations

@Override

putLongLong back to summary

putLongLong	back to summary
public void putLongLong(long offset, long value) Implements abstract jnr.ffi.Pointer.putLongLong. Doc from jnr.ffi.Pointer.putLongLong. Writes a `long` (64 bit) value at the given offset. Parameters offset:long The offset from the start of the memory this `Pointer` represents at which the value will be written. value:long the `long` value to be written. Annotations @Override

public void putLongLong(long offset, long value)

Implements abstract jnr.ffi.Pointer.putLongLong.

Doc from jnr.ffi.Pointer.putLongLong.

Writes a long (64 bit) value at the given offset.

Parameters

offset:long: The offset from the start of the memory this Pointer represents at which the value will be written.
value:long: the long value to be written.

Annotations

@Override

putPointer back to summary

putPointer	back to summary
public void putPointer(long offset, Pointer value) Implements abstract jnr.ffi.Pointer.putPointer. Doc from jnr.ffi.Pointer.putPointer. Writes a `Pointer` value at the given offset. Parameters offset:long The offset from the start of the memory this `Pointer` represents at which the value will be written. value:Pointer the `Pointer` value to be written to memory.

public void putPointer(long offset, Pointer value)

Implements abstract jnr.ffi.Pointer.putPointer.

Doc from jnr.ffi.Pointer.putPointer.

Writes a Pointer value at the given offset.

Parameters

offset:long: The offset from the start of the memory this Pointer represents at which the value will be written.
value:Pointer: the Pointer value to be written to memory.

putShort back to summary

putShort	back to summary
public void putShort(long offset, short value) Implements abstract jnr.ffi.Pointer.putShort. Doc from jnr.ffi.Pointer.putShort. Writes a `short` (16 bit) value at the given offset. Parameters offset:long The offset from the start of the memory this `Pointer` represents at which the value will be written. value:short the `short` value to be written. Annotations @Override

public void putShort(long offset, short value)

Implements abstract jnr.ffi.Pointer.putShort.

Doc from jnr.ffi.Pointer.putShort.

Writes a short (16 bit) value at the given offset.

Parameters

offset:long: The offset from the start of the memory this Pointer represents at which the value will be written.
value:short: the short value to be written.

Annotations

@Override

putString back to summary

putString	back to summary
public void putString(long offset, String string, int maxLength, Charset cs) Implements abstract jnr.ffi.Pointer.putString. Doc from jnr.ffi.Pointer.putString. Writes a `String` value at the given offset, using a specific `Charset` Parameters offset:long the offset from the start of the memory this `Pointer` represents at which the value will be written. string:String the string to be written. maxLength:int the maximum size of memory to use to store the string. cs:Charset the `Charset` to use to decode the string. Annotations @Override

public void putString(long offset, String string, int maxLength, Charset cs)

Implements abstract jnr.ffi.Pointer.putString.

Doc from jnr.ffi.Pointer.putString.

Writes a String value at the given offset, using a specific Charset

Parameters

offset:long: the offset from the start of the memory this Pointer represents at which the value will be written.
string:String: the string to be written.
maxLength:int: the maximum size of memory to use to store the string.
cs:Charset: the Charset to use to decode the string.

Annotations

@Override

setMemory back to summary

public void setMemory(long offset, long size, byte value)

Implements abstract jnr.ffi.Pointer.setMemory.

Doc from jnr.ffi.Pointer.setMemory.

Sets the value of each byte in the memory area represented by this Pointer. to a specified value.

Parameters

offset:long: the offset from the start of the memory location this Pointer represents to begin writing to.
size:long: the number of bytes to set to the value.
value:byte: the value to set each byte to.

Annotations

@Override

size back to summary

public long size()

Implements abstract jnr.ffi.Pointer.size.

Doc from jnr.ffi.Pointer.size.

Gets the size of this memory object in bytes (optional operation).

Returns:long: the size of the memory area this Pointer points to. If the size is unknown, java.lang.Long#MAX_VALUE is returned}.

transferFrom back to summary

public void transferFrom(long offset, Pointer other, long otherOffset, long count)

Overrides jnr.ffi.provider.AbstractMemoryIO.transferFrom.

Doc from jnr.ffi.Pointer.transferFrom.

Bulk data transfer from one memory location to another.

Parameters

offset:long: the offset from the start of the memory location this Pointer represents to begin copying to.
other:Pointer: the destination memory location to transfer data from.
otherOffset:long: the offset from the start of the memory location the destination Pointer represents to begin copying from.
count:long: the number of bytes to transfer.

Annotations

@Override

transferTo back to summary

public void transferTo(long offset, Pointer other, long otherOffset, long count)

Overrides jnr.ffi.provider.AbstractMemoryIO.transferTo.

Doc from jnr.ffi.Pointer.transferTo.

Bulk data transfer from one memory location to another.

Parameters

offset:long: the offset from the start of the memory location this Pointer represents to begin copying from.
other:Pointer: the destination memory location to transfer data to.
otherOffset:long: the offset from the start of the memory location the destination Pointer represents to begin copying to.
count:long: the number of bytes to transfer.

Annotations

@Override

public final Class BoundedMemoryIO

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