Graal Sdk 23.1.1 · org.graalvm.word.Pointer · APIdia, the JavaDoc alternative

Method Summary

Modifier and Type	Method and Description
public Pointer	Returns: `this + val` add(UnsignedWord value to be added to this Pointer. val) Redeclares org.graalvm.word.UnsignedWord.add. Returns a Pointer whose value is `(this + val)`.
public Pointer	Returns: `this + val` add(int value to be added to this Pointer. val) Redeclares org.graalvm.word.UnsignedWord.add. Returns a Pointer whose value is `(this + val)`.
public Pointer	Returns: `this & val` and(UnsignedWord value to be AND'ed with this Pointer. val) Redeclares org.graalvm.word.UnsignedWord.and. Returns a Pointer whose value is `(this & val)`.
public Pointer	Returns: `this & val` and(int value to be AND'ed with this Pointer. val) Redeclares org.graalvm.word.UnsignedWord.and. Returns a Pointer whose value is `(this & val)`.
public int	Returns: The value that was read for comparison, which is `expectedValue` if the exchange was performed. compareAndSwapInt(WordBase the signed offset for the memory access offset, int the expected current value at the memory address expectedValue, int the new value for the atomic exchange newValue, LocationIdentity the identity of the memory location locationIdentity) In a single atomic step, compares the memory at address `(this + offset)` to the expected value, and if equal, exchanges it for the new value.
public int	Returns: The value that was read for comparison, which is `expectedValue` if the exchange was performed. compareAndSwapInt(int the signed offset for the memory access offset, int the expected current value at the memory address expectedValue, int the new value for the atomic exchange newValue, LocationIdentity the identity of the memory location locationIdentity) In a single atomic step, compares the memory at address `(this + offset)` to the expected value, and if equal, exchanges it for the new value.
public long	Returns: The value that was read for comparison, which is `expectedValue` if the exchange was performed. compareAndSwapLong(WordBase the signed offset for the memory access offset, long the expected current value at the memory address expectedValue, long the new value for the atomic exchange newValue, LocationIdentity the identity of the memory location locationIdentity) In a single atomic step, compares the memory at address `(this + offset)` to the expected value, and if equal, exchanges it for the new value.
public long	Returns: The value that was read for comparison, which is `expectedValue` if the exchange was performed. compareAndSwapLong(int the signed offset for the memory access offset, long the expected current value at the memory address expectedValue, long the new value for the atomic exchange newValue, LocationIdentity the identity of the memory location locationIdentity) In a single atomic step, compares the memory at address `(this + offset)` to the expected value, and if equal, exchanges it for the new value.
public Object	Returns: The value that was read for comparison, which is `expectedValue` if the exchange was performed. compareAndSwapObject(WordBase the signed offset for the memory access offset, Object the expected current value at the memory address expectedValue, Object the new value for the atomic exchange newValue, LocationIdentity the identity of the memory location locationIdentity) In a single atomic step, compares the memory at address `(this + offset)` to the expected value, and if equal, exchanges it for the new value.
public Object	Returns: The value that was read for comparison, which is `expectedValue` if the exchange was performed. compareAndSwapObject(int the signed offset for the memory access offset, Object the expected current value at the memory address expectedValue, Object the new value for the atomic exchange newValue, LocationIdentity the identity of the memory location locationIdentity) In a single atomic step, compares the memory at address `(this + offset)` to the expected value, and if equal, exchanges it for the new value.
public <T extends WordBase> T	Returns: The value that was read for comparison, which is `expectedValue` if the exchange was performed. compareAndSwapWord(WordBase the signed offset for the memory access offset, T the expected current value at the memory address expectedValue, T the new value for the atomic exchange newValue, LocationIdentity the identity of the memory location locationIdentity) In a single atomic step, compares the memory at address `(this + offset)` to the expected value, and if equal, exchanges it for the new value.
public <T extends WordBase> T	Returns: The value that was read for comparison, which is `expectedValue` if the exchange was performed. compareAndSwapWord(int the signed offset for the memory access offset, T the expected current value at the memory address expectedValue, T the new value for the atomic exchange newValue, LocationIdentity the identity of the memory location locationIdentity) In a single atomic step, compares the memory at address `(this + offset)` to the expected value, and if equal, exchanges it for the new value.
public void	initializeLong(WordBase the signed offset for the memory access offset, long the value to be written to memory val, LocationIdentity the identity of the write locationIdentity) Initializes the memory at address `(this + offset)`.
public void	initializeLong(int the signed offset for the memory access offset, long the value to be written to memory val, LocationIdentity the identity of the write locationIdentity) Initializes the memory at address `(this + offset)`.
public boolean	Returns: `true` if successful. False return indicates that the actual value was not equal to the expected value. logicCompareAndSwapInt(WordBase the signed offset for the memory access offset, int the expected current value at the memory address expectedValue, int the new value for the atomic exchange newValue, LocationIdentity the identity of the memory location locationIdentity) In a single atomic step, compares the memory at address `(this + offset)` to the expected value, and if equal, exchanges it for the new value.
public boolean	Returns: `true` if successful. False return indicates that the actual value was not equal to the expected value. logicCompareAndSwapInt(int the signed offset for the memory access offset, int the expected current value at the memory address expectedValue, int the new value for the atomic exchange newValue, LocationIdentity the identity of the memory location locationIdentity) In a single atomic step, compares the memory at address `(this + offset)` to the expected value, and if equal, exchanges it for the new value.
public boolean	Returns: `true` if successful. False return indicates that the actual value was not equal to the expected value. logicCompareAndSwapLong(WordBase the signed offset for the memory access offset, long the expected current value at the memory address expectedValue, long the new value for the atomic exchange newValue, LocationIdentity the identity of the memory location locationIdentity) In a single atomic step, compares the memory at address `(this + offset)` to the expected value, and if equal, exchanges it for the new value.
public boolean	Returns: `true` if successful. False return indicates that the actual value was not equal to the expected value. logicCompareAndSwapLong(int the signed offset for the memory access offset, long the expected current value at the memory address expectedValue, long the new value for the atomic exchange newValue, LocationIdentity the identity of the memory location locationIdentity) In a single atomic step, compares the memory at address `(this + offset)` to the expected value, and if equal, exchanges it for the new value.
public boolean	Returns: `true` if successful. False return indicates that the actual value was not equal to the expected value. logicCompareAndSwapObject(WordBase the signed offset for the memory access offset, Object the expected current value at the memory address expectedValue, Object the new value for the atomic exchange newValue, LocationIdentity the identity of the memory location locationIdentity) In a single atomic step, compares the memory at address `(this + offset)` to the expected value, and if equal, exchanges it for the new value.
public boolean	Returns: `true` if successful. False return indicates that the actual value was not equal to the expected value. logicCompareAndSwapObject(int the signed offset for the memory access offset, Object the expected current value at the memory address expectedValue, Object the new value for the atomic exchange newValue, LocationIdentity the identity of the memory location locationIdentity) In a single atomic step, compares the memory at address `(this + offset)` to the expected value, and if equal, exchanges it for the new value.
public boolean	Returns: `true` if successful. False return indicates that the actual value was not equal to the expected value. logicCompareAndSwapWord(WordBase the signed offset for the memory access offset, WordBase the expected current value at the memory address expectedValue, WordBase the new value for the atomic exchange newValue, LocationIdentity the identity of the memory location locationIdentity) In a single atomic step, compares the memory at address `(this + offset)` to the expected value, and if equal, exchanges it for the new value.
public boolean	Returns: `true` if successful. False return indicates that the actual value was not equal to the expected value. logicCompareAndSwapWord(int the signed offset for the memory access offset, WordBase the expected current value at the memory address expectedValue, WordBase the new value for the atomic exchange newValue, LocationIdentity the identity of the memory location locationIdentity) In a single atomic step, compares the memory at address `(this + offset)` to the expected value, and if equal, exchanges it for the new value.
public Pointer	Returns: `this \| val` or(UnsignedWord value to be OR'ed with this Pointer. val) Redeclares org.graalvm.word.UnsignedWord.or. Returns a Pointer whose value is `(this \| val)`.
public Pointer	Returns: `this \| val` or(int value to be OR'ed with this Pointer. val) Redeclares org.graalvm.word.UnsignedWord.or. Returns a Pointer whose value is `(this \| val)`.
public byte	Returns: the result of the memory access readByte(WordBase the signed offset for the memory access offset, LocationIdentity the identity of the read locationIdentity) Reads the memory at address `(this + offset)`.
public byte	Returns: the result of the memory access readByte(int the signed offset for the memory access offset, LocationIdentity the identity of the read locationIdentity) Reads the memory at address `(this + offset)`.
public byte	Returns: the result of the memory access readByte(WordBase the signed offset for the memory access offset) Reads the memory at address `(this + offset)`.
public byte	Returns: the result of the memory access readByte(int the signed offset for the memory access offset) Reads the memory at address `(this + offset)`.
public char	Returns: the result of the memory access readChar(WordBase the signed offset for the memory access offset, LocationIdentity the identity of the read locationIdentity) Reads the memory at address `(this + offset)`.
public char	Returns: the result of the memory access readChar(int the signed offset for the memory access offset, LocationIdentity the identity of the read locationIdentity) Reads the memory at address `(this + offset)`.
public char	Returns: the result of the memory access readChar(WordBase the signed offset for the memory access offset) Reads the memory at address `(this + offset)`.
public char	Returns: the result of the memory access readChar(int the signed offset for the memory access offset) Reads the memory at address `(this + offset)`.
public double	Returns: the result of the memory access readDouble(WordBase the signed offset for the memory access offset, LocationIdentity the identity of the read locationIdentity) Reads the memory at address `(this + offset)`.
public double	Returns: the result of the memory access readDouble(int the signed offset for the memory access offset, LocationIdentity the identity of the read locationIdentity) Reads the memory at address `(this + offset)`.
public double	Returns: the result of the memory access readDouble(WordBase the signed offset for the memory access offset) Reads the memory at address `(this + offset)`.
public double	Returns: the result of the memory access readDouble(int the signed offset for the memory access offset) Reads the memory at address `(this + offset)`.
public float	Returns: the result of the memory access readFloat(WordBase the signed offset for the memory access offset, LocationIdentity the identity of the read locationIdentity) Reads the memory at address `(this + offset)`.
public float	Returns: the result of the memory access readFloat(int the signed offset for the memory access offset, LocationIdentity the identity of the read locationIdentity) Reads the memory at address `(this + offset)`.
public float	Returns: the result of the memory access readFloat(WordBase the signed offset for the memory access offset) Reads the memory at address `(this + offset)`.
public float	Returns: the result of the memory access readFloat(int the signed offset for the memory access offset) Reads the memory at address `(this + offset)`.
public int	Returns: the result of the memory access readInt(WordBase the signed offset for the memory access offset, LocationIdentity the identity of the read locationIdentity) Reads the memory at address `(this + offset)`.
public int	Returns: the result of the memory access readInt(int the signed offset for the memory access offset, LocationIdentity the identity of the read locationIdentity) Reads the memory at address `(this + offset)`.
public int	Returns: the result of the memory access readInt(WordBase the signed offset for the memory access offset) Reads the memory at address `(this + offset)`.
public int	Returns: the result of the memory access readInt(int the signed offset for the memory access offset) Reads the memory at address `(this + offset)`.
public long	Returns: the result of the memory access readLong(WordBase the signed offset for the memory access offset, LocationIdentity the identity of the read locationIdentity) Reads the memory at address `(this + offset)`.
public long	Returns: the result of the memory access readLong(int the signed offset for the memory access offset, LocationIdentity the identity of the read locationIdentity) Reads the memory at address `(this + offset)`.
public long	Returns: the result of the memory access readLong(WordBase the signed offset for the memory access offset) Reads the memory at address `(this + offset)`.
public long	Returns: the result of the memory access readLong(int the signed offset for the memory access offset) Reads the memory at address `(this + offset)`.
public Object	Returns: the result of the memory access readObject(WordBase the signed offset for the memory access offset, LocationIdentity the identity of the read locationIdentity) Reads the memory at address `(this + offset)`.
public Object	Returns: the result of the memory access readObject(int the signed offset for the memory access offset, LocationIdentity the identity of the read locationIdentity) Reads the memory at address `(this + offset)`.
public Object	Returns: the result of the memory access readObject(WordBase the signed offset for the memory access offset) Reads the memory at address `(this + offset)`.
public Object	Returns: the result of the memory access readObject(int the signed offset for the memory access offset) Reads the memory at address `(this + offset)`.
public short	Returns: the result of the memory access readShort(WordBase the signed offset for the memory access offset, LocationIdentity the identity of the read locationIdentity) Reads the memory at address `(this + offset)`.
public short	Returns: the result of the memory access readShort(int the signed offset for the memory access offset, LocationIdentity the identity of the read locationIdentity) Reads the memory at address `(this + offset)`.
public short	Returns: the result of the memory access readShort(WordBase the signed offset for the memory access offset) Reads the memory at address `(this + offset)`.
public short	Returns: the result of the memory access readShort(int the signed offset for the memory access offset) Reads the memory at address `(this + offset)`.
public <T extends WordBase> T	Returns: the result of the memory access readWord(WordBase the signed offset for the memory access offset, LocationIdentity the identity of the read locationIdentity) Reads the memory at address `(this + offset)`.
public <T extends WordBase> T	Returns: the result of the memory access readWord(int the signed offset for the memory access offset, LocationIdentity the identity of the read locationIdentity) Reads the memory at address `(this + offset)`.
public <T extends WordBase> T	Returns: the result of the memory access readWord(WordBase the signed offset for the memory access offset) Reads the memory at address `(this + offset)`.
public <T extends WordBase> T	Returns: the result of the memory access readWord(int the signed offset for the memory access offset) Reads the memory at address `(this + offset)`.
public <T extends WordBase> T	Returns: the result of the memory access readWordVolatile(int the signed offset for the memory access offset, LocationIdentity the identity of the read locationIdentity) Reads the memory at address `(this + offset)` in accordance with the volatile semantics.
public Pointer	Returns: `this - val` subtract(UnsignedWord value to be subtracted from this Pointer. val) Redeclares org.graalvm.word.UnsignedWord.subtract. Returns a Pointer whose value is `(this - val)`.
public Pointer	Returns: `this - val` subtract(int value to be subtracted from this Pointer. val) Redeclares org.graalvm.word.UnsignedWord.subtract. Returns a Pointer whose value is `(this - val)`.
public Object	Returns: this Pointer cast to Object. toObject() Unsafe conversion of this Pointer to a Java language object.
public <T> T	Returns: this Pointer cast to type T toObject(Class<T> the type to which to cast the pointer clazz, boolean true if the value cannot be null nonNull) Convert pointer to the type specified by the clazz argument.
public Object	Returns: this Pointer cast to non-null Object. toObjectNonNull() Unsafe conversion of this Pointer to a Java language object.
public void	writeByte(WordBase the signed offset for the memory access offset, byte the value to be written to memory val, LocationIdentity the identity of the write locationIdentity) Writes the memory at address `(this + offset)`.
public void	writeByte(int the signed offset for the memory access offset, byte the value to be written to memory val, LocationIdentity the identity of the write locationIdentity) Writes the memory at address `(this + offset)`.
public void	writeByte(WordBase the signed offset for the memory access offset, byte the value to be written to memory val) Writes the memory at address `(this + offset)`.
public void	writeByte(int the signed offset for the memory access offset, byte the value to be written to memory val) Writes the memory at address `(this + offset)`.
public void	writeChar(WordBase the signed offset for the memory access offset, char the value to be written to memory val, LocationIdentity the identity of the write locationIdentity) Writes the memory at address `(this + offset)`.
public void	writeChar(int the signed offset for the memory access offset, char the value to be written to memory val, LocationIdentity the identity of the write locationIdentity) Writes the memory at address `(this + offset)`.
public void	writeChar(WordBase the signed offset for the memory access offset, char the value to be written to memory val) Writes the memory at address `(this + offset)`.
public void	writeChar(int the signed offset for the memory access offset, char the value to be written to memory val) Writes the memory at address `(this + offset)`.
public void	writeDouble(WordBase the signed offset for the memory access offset, double the value to be written to memory val, LocationIdentity the identity of the write locationIdentity) Writes the memory at address `(this + offset)`.
public void	writeDouble(int the signed offset for the memory access offset, double the value to be written to memory val, LocationIdentity the identity of the write locationIdentity) Writes the memory at address `(this + offset)`.
public void	writeDouble(WordBase the signed offset for the memory access offset, double the value to be written to memory val) Writes the memory at address `(this + offset)`.
public void	writeDouble(int the signed offset for the memory access offset, double the value to be written to memory val) Writes the memory at address `(this + offset)`.
public void	writeFloat(WordBase the signed offset for the memory access offset, float the value to be written to memory val, LocationIdentity the identity of the write locationIdentity) Writes the memory at address `(this + offset)`.
public void	writeFloat(int the signed offset for the memory access offset, float the value to be written to memory val, LocationIdentity the identity of the write locationIdentity) Writes the memory at address `(this + offset)`.
public void	writeFloat(WordBase the signed offset for the memory access offset, float the value to be written to memory val) Writes the memory at address `(this + offset)`.
public void	writeFloat(int the signed offset for the memory access offset, float the value to be written to memory val) Writes the memory at address `(this + offset)`.
public void	writeInt(WordBase the signed offset for the memory access offset, int the value to be written to memory val, LocationIdentity the identity of the write locationIdentity) Writes the memory at address `(this + offset)`.
public void	writeInt(int the signed offset for the memory access offset, int the value to be written to memory val, LocationIdentity the identity of the write locationIdentity) Writes the memory at address `(this + offset)`.
public void	writeInt(WordBase the signed offset for the memory access offset, int the value to be written to memory val) Writes the memory at address `(this + offset)`.
public void	writeInt(int the signed offset for the memory access offset, int the value to be written to memory val) Writes the memory at address `(this + offset)`.
public void	writeLong(WordBase the signed offset for the memory access offset, long the value to be written to memory val, LocationIdentity the identity of the write locationIdentity) Writes the memory at address `(this + offset)`.
public void	writeLong(int the signed offset for the memory access offset, long the value to be written to memory val, LocationIdentity the identity of the write locationIdentity) Writes the memory at address `(this + offset)`.
public void	writeLong(WordBase the signed offset for the memory access offset, long the value to be written to memory val) Writes the memory at address `(this + offset)`.
public void	writeLong(int the signed offset for the memory access offset, long the value to be written to memory val) Writes the memory at address `(this + offset)`.
public void	writeObject(WordBase the signed offset for the memory access offset, Object the value to be written to memory val, LocationIdentity the identity of the write locationIdentity) Writes the memory at address `(this + offset)`.
public void	writeObject(int the signed offset for the memory access offset, Object the value to be written to memory val, LocationIdentity the identity of the write locationIdentity) Writes the memory at address `(this + offset)`.
public void	writeObject(WordBase the signed offset for the memory access offset, Object the value to be written to memory val) Writes the memory at address `(this + offset)`.
public void	writeObject(int the signed offset for the memory access offset, Object the value to be written to memory val) Writes the memory at address `(this + offset)`.
public void	writeShort(WordBase the signed offset for the memory access offset, short the value to be written to memory val, LocationIdentity the identity of the write locationIdentity) Writes the memory at address `(this + offset)`.
public void	writeShort(int the signed offset for the memory access offset, short the value to be written to memory val, LocationIdentity the identity of the write locationIdentity) Writes the memory at address `(this + offset)`.
public void	writeShort(WordBase the signed offset for the memory access offset, short the value to be written to memory val) Writes the memory at address `(this + offset)`.
public void	writeShort(int the signed offset for the memory access offset, short the value to be written to memory val) Writes the memory at address `(this + offset)`.
public void	writeWord(WordBase the signed offset for the memory access offset, WordBase the value to be written to memory val, LocationIdentity the identity of the write locationIdentity) Writes the memory at address `(this + offset)`.
public void	writeWord(int the signed offset for the memory access offset, WordBase the value to be written to memory val, LocationIdentity the identity of the write locationIdentity) Writes the memory at address `(this + offset)`.
public void	writeWord(WordBase the signed offset for the memory access offset, WordBase the value to be written to memory val) Writes the memory at address `(this + offset)`.
public void	writeWord(int the signed offset for the memory access offset, WordBase the value to be written to memory val) Writes the memory at address `(this + offset)`.
public void	writeWordVolatile(int the signed offset for the memory access offset, WordBase the value to be written to memory val) Writes the memory at address `(this + offset)` in accordance with the volatile semantics.

public Interface Pointer

Method Summary