JRuby Base 10.0.0.0 · org.jruby.ext.ffi.MemoryIO · APIdia, the JavaDoc alternative

Modifier and Type	Field and Description
protected final long	address
protected final boolean	isDirect

Access	Constructor and Description
protected	MemoryIO(boolean direct, long address)

Method Summary

Modifier and Type	Method and Description
public final long	Returns: A long value containing the native memory address address() Gets the native address of this memory region.
public abstract Object	array()
public abstract int	arrayLength()
public abstract int	arrayOffset()
public abstract ByteBuffer	Returns: A ByteBuffer instance asByteBuffer() Creates a view of this memory object as a java NIO byte buffer.
public abstract MemoryIO	Returns: A `MemoryIO` instance. dup() Duplicates this `MemoryIO`, including its contents.
public abstract void	get(long The offset within the memory area to read the bytes. offset, byte[] The output byte array to place the data. dst, int The offset within the byte array to start copying. off, int The length of data to read. len) Reads an array of bytes from the memory area at the specified offset.
public abstract void	get(long The offset within the memory area to read the shorts. offset, short[] The output array to place the data in. dst, int The offset within the array to start copying. off, int The number of shorts to read. len) Reads an array of shorts from the memory area at the specified offset.
public abstract void	get(long The offset within the memory area to read the ints. offset, int[] The output array to place the data in. dst, int The offset within the array to start copying. off, int The number of ints to read. len) Reads an array of ints from the memory area at the specified offset.
public abstract void	get(long The offset within the memory area to read the longs. offset, long[] The output array to place the data in. dst, int The offset within the array to start copying. off, int The number of longs to read. len) Reads an array of longs from the memory area at the specified offset.
public abstract void	get(long The offset within the memory area to read the floats. offset, float[] The output array to place the data in. dst, int The offset within the array to start copying. off, int The number of floats to read. len) Reads an array of floats from the memory area at the specified offset.
public abstract void	get(long The offset within the memory area to read the doubles. offset, double[] The output array to place the data in. dst, int The offset within the array to start copying. off, int The number of doubles to read. len) Reads an array of doubles from the memory area at the specified offset.
public abstract long	Returns: A `long` value that represents the address. getAddress(long The offset within the memory area to read the value. offset) Reads a pointer value at the specified offset within the memory area.
public abstract byte	Returns: The 8 bit integer value read from `offset` getByte(long The offset within the memory area to read the value. offset) Reads an 8 bit integer value from the memory area.
public abstract double	Returns: The double value read from `offset` getDouble(long The offset within the memory area to read the value. offset) Reads a double value from the memory area.
public abstract float	Returns: The float value read from `offset` getFloat(long The offset within the memory area to read the value. offset) Reads a float value from the memory area.
public abstract int	Returns: The 32 bit integer value read from `offset` getInt(long The offset within the memory area to read the value. offset) Reads a 32 bit integer value from the memory area.
public abstract long	Returns: The 64 bit integer value read from `offset` getLong(long The offset within the memory area to read the value. offset) Reads a 64 bit integer value from the memory area.
public abstract MemoryIO	Returns: A `DirectMemoryIO` accessor that can be used to access the memory pointed to by the address. getMemoryIO(long The offset within the memory area to read the value. offset) Reads a pointer value at the specified offset within the memory area, and wraps it in an abstract memory accessor.
public abstract long	Returns: The native long value read from `offset` getNativeLong(long The offset within the memory area to read the value. offset) Reads a native long integer value from the memory area.
public abstract short	Returns: The 16 bit integer value read from `offset` getShort(long The offset within the memory area to read the value. offset) Reads a 16 bit integer value from the memory area.
public abstract byte[]	Returns: A byte array containing a copy of the data. getZeroTerminatedByteArray(long The offset within the memory area of the start of the string. offset) Reads a zero terminated byte array (e.g. an ascii or utf-8 string)
public abstract byte[]	Returns: A byte array containing a copy of the data. getZeroTerminatedByteArray(long The offset within the memory area of the start of the string. offset, int The maximum length to search for the zero byte terminator. maxlen) Reads a zero terminated byte array (e.g. an ascii or utf-8 string)
public abstract int	Returns: The index of the value, relative to offset. indexOf(long The offset within the memory area to start searching. offset, byte The value to search for. value) Gets the first index within the memory area of a particular 8 bit value.
public abstract int	Returns: The index of the value, relative to offset. indexOf(long The offset within the memory area to start searching. offset, byte The value to search for. value, int maxlen) Gets the first index within the memory area of a particular 8 bit value.
public final boolean	Returns: `true` if the memory area is a native pointer. isDirect() Checks if the memory area is a native memory pointer.
public final boolean	Returns: `true` if the memory area is invalid. isNull() Checks if the memory area is NULL.
public abstract ByteOrder	Returns: The current ByteOrder order() Gets the `ByteOrder` this `MemoryIO` instance will read/write values to memory in.
public abstract void	put(long The offset within the memory area to start writing the bytes. offset, byte[] The byte array to write to the memory area. src, int The offset within the byte array to start copying. off, int The length of data to write. len) Writes an array of bytes to the memory area at the specified offset.
public abstract void	put(long The offset within the memory area to start writing the shorts. offset, short[] The array to write to the memory area. src, int The offset within the array to start copying. off, int The number of shorts to write. len) Writes an array of shorts to the memory area at the specified offset.
public abstract void	put(long The offset within the memory area to start writing the ints. offset, int[] The array to write to the memory area. src, int The offset within the array to start copying. off, int The number of ints to write. len) Writes an array of ints to the memory area at the specified offset.
public abstract void	put(long The offset within the memory area to start writing the longs. offset, long[] The array to write to the memory area. src, int The offset within the array to start copying. off, int The number of longs to write. len) Writes an array of longs to the memory area at the specified offset.
public abstract void	put(long The offset within the memory area to start writing the floats. offset, float[] The array to write to the memory area. src, int The offset within the array to start copying. off, int The number of floats to write. len) Writes an array of floats to the memory area at the specified offset.
public abstract void	put(long The offset within the memory area to start writing the doubles. offset, double[] The array to write to the memory area. src, int The offset within the array to start copying. off, int The number of doubles to write. len) Writes an array of doubles to the memory area at the specified offset.
public abstract void	putAddress(long The offset within the memory area to write the value. offset, long The pointer value to write to the memory location. value) Writes a pointer value to the memory area at the specified offset.
public abstract void	putByte(long The offset within the memory area to write the value. offset, byte The 8 bit integer value to write to the memory location. value) Writes an 8 bit integer value to the memory area at the specified offset.
public abstract void	putDouble(long The offset within the memory area to write the value. offset, double The 64 bit float value to write to the memory location. value) Writes a 64 bit float value to the memory area at the specified offset.
public abstract void	putFloat(long The offset within the memory area to write the value. offset, float The 32 bit float value to write to the memory location. value) Writes a 32 bit float value to the memory area at the specified offset.
public abstract void	putInt(long The offset within the memory area to write the value. offset, int The 32 bit integer value to write to the memory location. value) Writes a 32 bit integer value to the memory area at the specified offset.
public abstract void	putLong(long The offset within the memory area to write the value. offset, long The 64 bit integer value to write to the memory location. value) Writes a 64 bit integer value to the memory area at the specified offset.
public abstract void	putMemoryIO(long The offset within the memory area to write the value. offset, MemoryIO The pointer value to write to the memory location. value) Writes a pointer value to the memory area at the specified offset.
public abstract void	putNativeLong(long The offset within the memory area to write the value. offset, long The native long integer value to write to the memory location. value) Writes a native long integer value to the memory area at the specified offset.
public abstract void	putShort(long The offset within the memory area to write the value. offset, short The 16 bit integer value to write to the memory location. value) Writes a 16 bit integer value to the memory area at the specified offset.
public abstract void	putZeroTerminatedByteArray(long The offset within the memory area of the start of the string. offset, byte[] The byte array to write to the memory. bytes, int The offset with the byte array to start copying. off, int The number of bytes of the byte array to write to the memory area. (not including zero byte) len) Writes a byte array to memory, and appends a zero terminator
public abstract void	setMemory(long The offset within the memory area to start writing. offset, long The number of bytes to set to the value. size, byte The value to set each byte to. value) Sets the contents of the memory area to the value.
public abstract MemoryIO	Returns: A `MemoryIO` instance. slice(long The offset within the existing memory area to start the new `MemoryIO` at. offset) Creates a new MemoryIO pointing to a subset of the memory area of this `MemoryIO`.
public abstract MemoryIO	Returns: A `MemoryIO` instance. slice(long The offset within the existing memory area to start the new `MemoryIO` at. offset, long The size of the new slice. size) Creates a new MemoryIO pointing to a subset of the memory area of this `MemoryIO`.

Inherited from java.lang.Object:: clone equals finalize getClass hashCode notify notifyAll toString wait wait wait

address	back to summary
protected final long address

isDirect	back to summary
protected final boolean isDirect

MemoryIO	back to summary
protected MemoryIO(boolean direct, long address)

Method Detail

address	back to summary
public final long address() Gets the native address of this memory region. May return NULL (0) if this is not a direct pointer. Returns:long A long value containing the native memory address

address

back to summary

public final long address()

Gets the native address of this memory region. May return NULL (0) if this is not a direct pointer.

Returns:long: A long value containing the native memory address

array	back to summary
public abstract Object array()

arrayLength	back to summary
public abstract int arrayLength()

arrayOffset	back to summary
public abstract int arrayOffset()

asByteBuffer	back to summary
public abstract ByteBuffer asByteBuffer() Creates a view of this memory object as a java NIO byte buffer. Returns:ByteBuffer A ByteBuffer instance

asByteBuffer

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public abstract ByteBuffer asByteBuffer()

Creates a view of this memory object as a java NIO byte buffer.

Returns:ByteBuffer: A ByteBuffer instance

dup back to summary

dup	back to summary
public abstract MemoryIO dup() Duplicates this `MemoryIO`, including its contents. Returns:MemoryIO A `MemoryIO` instance.

public abstract MemoryIO dup()

Duplicates this MemoryIO, including its contents.

Returns:MemoryIO: A MemoryIO instance.

get	back to summary
public abstract void get(long offset, byte[] dst, int off, int len) Reads an array of bytes from the memory area at the specified offset. Parameters offset:long The offset within the memory area to read the bytes. dst:byte[] The output byte array to place the data. off:int The offset within the byte array to start copying. len:int The length of data to read.

get

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

Reads an array of bytes from the memory area at the specified offset.

Parameters

offset:long: The offset within the memory area to read the bytes.
dst:byte[]: The output byte array to place the data.
off:int: The offset within the byte array to start copying.
len:int: The length of data to read.

get	back to summary
public abstract void get(long offset, short[] dst, int off, int len) Reads an array of shorts from the memory area at the specified offset. Parameters offset:long The offset within the memory area to read the shorts. dst:short[] The output array to place the data in. off:int The offset within the array to start copying. len:int The number of shorts to read.

get

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

Reads an array of shorts from the memory area at the specified offset.

Parameters

offset:long: The offset within the memory area to read the shorts.
dst:short[]: The output array to place the data in.
off:int: The offset within the array to start copying.
len:int: The number of shorts to read.

get	back to summary
public abstract void get(long offset, int[] dst, int off, int len) Reads an array of ints from the memory area at the specified offset. Parameters offset:long The offset within the memory area to read the ints. dst:int[] The output array to place the data in. off:int The offset within the array to start copying. len:int The number of ints to read.

get

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

Reads an array of ints from the memory area at the specified offset.

Parameters

offset:long: The offset within the memory area to read the ints.
dst:int[]: The output array to place the data in.
off:int: The offset within the array to start copying.
len:int: The number of ints to read.

get	back to summary
public abstract void get(long offset, long[] dst, int off, int len) Reads an array of longs from the memory area at the specified offset. Parameters offset:long The offset within the memory area to read the longs. dst:long[] The output array to place the data in. off:int The offset within the array to start copying. len:int The number of longs to read.

get

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

Reads an array of longs from the memory area at the specified offset.

Parameters

offset:long: The offset within the memory area to read the longs.
dst:long[]: The output array to place the data in.
off:int: The offset within the array to start copying.
len:int: The number of longs to read.

get	back to summary
public abstract void get(long offset, float[] dst, int off, int len) Reads an array of floats from the memory area at the specified offset. Parameters offset:long The offset within the memory area to read the floats. dst:float[] The output array to place the data in. off:int The offset within the array to start copying. len:int The number of floats to read.

get

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

Reads an array of floats from the memory area at the specified offset.

Parameters

offset:long: The offset within the memory area to read the floats.
dst:float[]: The output array to place the data in.
off:int: The offset within the array to start copying.
len:int: The number of floats to read.

get	back to summary
public abstract void get(long offset, double[] dst, int off, int len) Reads an array of doubles from the memory area at the specified offset. Parameters offset:long The offset within the memory area to read the doubles. dst:double[] The output array to place the data in. off:int The offset within the array to start copying. len:int The number of doubles to read.

get

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

Reads an array of doubles from the memory area at the specified offset.

Parameters

offset:long: The offset within the memory area to read the doubles.
dst:double[]: The output array to place the data in.
off:int: The offset within the array to start copying.
len:int: The number of doubles to read.

getAddress back to summary

getAddress	back to summary
public abstract long getAddress(long offset) Reads a pointer value at the specified offset within the memory area. Parameters offset:long The offset within the memory area to read the value. Returns:long A `long` value that represents the address.

public abstract long getAddress(long offset)

Reads a pointer value at the specified offset within the memory area.

Parameters

offset:long: The offset within the memory area to read the value.

Returns:long

A long value that represents the address.

getByte back to summary

getByte	back to summary
public abstract byte getByte(long offset) Reads an 8 bit integer value from the memory area. Parameters offset:long The offset within the memory area to read the value. Returns:byte The 8 bit integer value read from `offset`

public abstract byte getByte(long offset)

Reads an 8 bit integer value from the memory area.

Parameters

offset:long: The offset within the memory area to read the value.

Returns:byte

The 8 bit integer value read from offset

getDouble back to summary

getDouble	back to summary
public abstract double getDouble(long offset) Reads a double value from the memory area. Parameters offset:long The offset within the memory area to read the value. Returns:double The double value read from `offset`

public abstract double getDouble(long offset)

Reads a double value from the memory area.

Parameters

offset:long: The offset within the memory area to read the value.

Returns:double

The double value read from offset

getFloat back to summary

getFloat	back to summary
public abstract float getFloat(long offset) Reads a float value from the memory area. Parameters offset:long The offset within the memory area to read the value. Returns:float The float value read from `offset`

public abstract float getFloat(long offset)

Reads a float value from the memory area.

Parameters

offset:long: The offset within the memory area to read the value.

Returns:float

The float value read from offset

getInt back to summary

getInt	back to summary
public abstract int getInt(long offset) Reads a 32 bit integer value from the memory area. Parameters offset:long The offset within the memory area to read the value. Returns:int The 32 bit integer value read from `offset`

public abstract int getInt(long offset)

Reads a 32 bit integer value from the memory area.

Parameters

offset:long: The offset within the memory area to read the value.

Returns:int

The 32 bit integer value read from offset

getLong back to summary

getLong	back to summary
public abstract long getLong(long offset) Reads a 64 bit integer value from the memory area. Parameters offset:long The offset within the memory area to read the value. Returns:long The 64 bit integer value read from `offset`

public abstract long getLong(long offset)

Reads a 64 bit integer value from the memory area.

Parameters

offset:long: The offset within the memory area to read the value.

Returns:long

The 64 bit integer value read from offset

getMemoryIO back to summary

getMemoryIO	back to summary
public abstract MemoryIO getMemoryIO(long offset) Reads a pointer value at the specified offset within the memory area, and wraps it in an abstract memory accessor. Parameters offset:long The offset within the memory area to read the value. Returns:MemoryIO A `DirectMemoryIO` accessor that can be used to access the memory pointed to by the address.

public abstract MemoryIO getMemoryIO(long offset)

Reads a pointer value at the specified offset within the memory area, and wraps it in an abstract memory accessor.

Parameters

offset:long: The offset within the memory area to read the value.

Returns:MemoryIO

A DirectMemoryIO accessor that can be used to access the memory pointed to by the address.

getNativeLong back to summary

getNativeLong	back to summary
public abstract long getNativeLong(long offset) Reads a native long integer value from the memory area. A native long is 32bits on either ILP32 or LLP64 architectures, and 64 bits on an LP64 architecture. This means that it will always read a 32bit value on Windows, but on Unix systems such as MacOS or Linux, it will read a 32bit value on 32bit systems, and a 64bit value on 64bit systems. Parameters offset:long The offset within the memory area to read the value. Returns:long The native long value read from `offset`

public abstract long getNativeLong(long offset)

Reads a native long integer value from the memory area.

A native long is 32bits on either ILP32 or LLP64 architectures, and 64 bits on an LP64 architecture.

This means that it will always read a 32bit value on Windows, but on Unix systems such as MacOS or Linux, it will read a 32bit value on 32bit systems, and a 64bit value on 64bit systems.

Parameters

offset:long: The offset within the memory area to read the value.

Returns:long

The native long value read from offset

getShort back to summary

getShort	back to summary
public abstract short getShort(long offset) Reads a 16 bit integer value from the memory area. Parameters offset:long The offset within the memory area to read the value. Returns:short The 16 bit integer value read from `offset`

public abstract short getShort(long offset)

Reads a 16 bit integer value from the memory area.

Parameters

offset:long: The offset within the memory area to read the value.

Returns:short

The 16 bit integer value read from offset

getZeroTerminatedByteArray	back to summary
public abstract byte[] getZeroTerminatedByteArray(long offset) Reads a zero terminated byte array (e.g. an ascii or utf-8 string) Parameters offset:long The offset within the memory area of the start of the string. Returns:byte[] A byte array containing a copy of the data.

getZeroTerminatedByteArray

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public abstract byte[] getZeroTerminatedByteArray(long offset)

Reads a zero terminated byte array (e.g. an ascii or utf-8 string)

Parameters

offset:long: The offset within the memory area of the start of the string.

Returns:byte[]

A byte array containing a copy of the data.

getZeroTerminatedByteArray	back to summary
public abstract byte[] getZeroTerminatedByteArray(long offset, int maxlen) Reads a zero terminated byte array (e.g. an ascii or utf-8 string) Parameters offset:long The offset within the memory area of the start of the string. maxlen:int The maximum length to search for the zero byte terminator. Returns:byte[] A byte array containing a copy of the data.

getZeroTerminatedByteArray

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public abstract byte[] getZeroTerminatedByteArray(long offset, int maxlen)

Reads a zero terminated byte array (e.g. an ascii or utf-8 string)

Parameters

offset:long: The offset within the memory area of the start of the string.
maxlen:int: The maximum length to search for the zero byte terminator.

Returns:byte[]

A byte array containing a copy of the data.

indexOf	back to summary
public abstract int indexOf(long offset, byte value) Gets the first index within the memory area of a particular 8 bit value. Parameters offset:long The offset within the memory area to start searching. value:byte The value to search for. Returns:int The index of the value, relative to offset.

indexOf

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public abstract int indexOf(long offset, byte value)

Gets the first index within the memory area of a particular 8 bit value.

Parameters

offset:long: The offset within the memory area to start searching.
value:byte: The value to search for.

Returns:int

The index of the value, relative to offset.

indexOf	back to summary
public abstract int indexOf(long offset, byte value, int maxlen) Gets the first index within the memory area of a particular 8 bit value. Parameters offset:long The offset within the memory area to start searching. value:byte The value to search for. Returns:int The index of the value, relative to offset.

indexOf

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

Gets the first index within the memory area of a particular 8 bit value.

Parameters

offset:long: The offset within the memory area to start searching.
value:byte: The value to search for.

Returns:int

The index of the value, relative to offset.

isDirect back to summary

isDirect	back to summary
public final boolean isDirect() Checks if the memory area is a native memory pointer. Returns:boolean `true` if the memory area is a native pointer.

public final boolean isDirect()

Checks if the memory area is a native memory pointer.

Returns:boolean: true if the memory area is a native pointer.

isNull back to summary

isNull	back to summary
public final boolean isNull() Checks if the memory area is NULL. Returns:boolean `true` if the memory area is invalid.

public final boolean isNull()

Checks if the memory area is NULL.

Returns:boolean: true if the memory area is invalid.

order back to summary

order	back to summary
public abstract ByteOrder order() Gets the `ByteOrder` this `MemoryIO` instance will read/write values to memory in. Returns:ByteOrder The current ByteOrder

public abstract ByteOrder order()

Gets the ByteOrder this MemoryIO instance will read/write values to memory in.

Returns:ByteOrder: The current ByteOrder

put	back to summary
public abstract void put(long offset, byte[] src, int off, int len) Writes an array of bytes to the memory area at the specified offset. Parameters offset:long The offset within the memory area to start writing the bytes. src:byte[] The byte array to write to the memory area. off:int The offset within the byte array to start copying. len:int The length of data to write.

put

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

Writes an array of bytes to the memory area at the specified offset.

Parameters

offset:long: The offset within the memory area to start writing the bytes.
src:byte[]: The byte array to write to the memory area.
off:int: The offset within the byte array to start copying.
len:int: The length of data to write.

put	back to summary
public abstract void put(long offset, short[] src, int off, int len) Writes an array of shorts to the memory area at the specified offset. Parameters offset:long The offset within the memory area to start writing the shorts. src:short[] The array to write to the memory area. off:int The offset within the array to start copying. len:int The number of shorts to write.

put

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

Writes an array of shorts to the memory area at the specified offset.

Parameters

offset:long: The offset within the memory area to start writing the shorts.
src:short[]: The array to write to the memory area.
off:int: The offset within the array to start copying.
len:int: The number of shorts to write.

put	back to summary
public abstract void put(long offset, int[] src, int off, int len) Writes an array of ints to the memory area at the specified offset. Parameters offset:long The offset within the memory area to start writing the ints. src:int[] The array to write to the memory area. off:int The offset within the array to start copying. len:int The number of ints to write.

put

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

Writes an array of ints to the memory area at the specified offset.

Parameters

offset:long: The offset within the memory area to start writing the ints.
src:int[]: The array to write to the memory area.
off:int: The offset within the array to start copying.
len:int: The number of ints to write.

put	back to summary
public abstract void put(long offset, long[] src, int off, int len) Writes an array of longs to the memory area at the specified offset. Parameters offset:long The offset within the memory area to start writing the longs. src:long[] The array to write to the memory area. off:int The offset within the array to start copying. len:int The number of longs to write.

put

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

Writes an array of longs to the memory area at the specified offset.

Parameters

offset:long: The offset within the memory area to start writing the longs.
src:long[]: The array to write to the memory area.
off:int: The offset within the array to start copying.
len:int: The number of longs to write.

put	back to summary
public abstract void put(long offset, float[] src, int off, int len) Writes an array of floats to the memory area at the specified offset. Parameters offset:long The offset within the memory area to start writing the floats. src:float[] The array to write to the memory area. off:int The offset within the array to start copying. len:int The number of floats to write.

put

back to summary

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

Writes an array of floats to the memory area at the specified offset.

Parameters

offset:long: The offset within the memory area to start writing the floats.
src:float[]: The array to write to the memory area.
off:int: The offset within the array to start copying.
len:int: The number of floats to write.

put	back to summary
public abstract void put(long offset, double[] src, int off, int len) Writes an array of doubles to the memory area at the specified offset. Parameters offset:long The offset within the memory area to start writing the doubles. src:double[] The array to write to the memory area. off:int The offset within the array to start copying. len:int The number of doubles to write.

put

back to summary

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

Writes an array of doubles to the memory area at the specified offset.

Parameters

offset:long: The offset within the memory area to start writing the doubles.
src:double[]: The array to write to the memory area.
off:int: The offset within the array to start copying.
len:int: The number of doubles to write.

putAddress	back to summary
public abstract void putAddress(long offset, long value) Writes a pointer value to the memory area at the specified offset. Parameters offset:long The offset within the memory area to write the value. value:long The pointer value to write to the memory location.

putAddress

back to summary

public abstract void putAddress(long offset, long value)

Writes a pointer value to the memory area at the specified offset.

Parameters

offset:long: The offset within the memory area to write the value.
value:long: The pointer value to write to the memory location.

putByte	back to summary
public abstract void putByte(long offset, byte value) Writes an 8 bit integer value to the memory area at the specified offset. Parameters offset:long The offset within the memory area to write the value. value:byte The 8 bit integer value to write to the memory location.

putByte

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public abstract void putByte(long offset, byte value)

Writes an 8 bit integer value to the memory area at the specified offset.

Parameters

offset:long: The offset within the memory area to write the value.
value:byte: The 8 bit integer value to write to the memory location.

putDouble	back to summary
public abstract void putDouble(long offset, double value) Writes a 64 bit float value to the memory area at the specified offset. Parameters offset:long The offset within the memory area to write the value. value:double The 64 bit float value to write to the memory location.

putDouble

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public abstract void putDouble(long offset, double value)

Writes a 64 bit float value to the memory area at the specified offset.

Parameters

offset:long: The offset within the memory area to write the value.
value:double: The 64 bit float value to write to the memory location.

putFloat	back to summary
public abstract void putFloat(long offset, float value) Writes a 32 bit float value to the memory area at the specified offset. Parameters offset:long The offset within the memory area to write the value. value:float The 32 bit float value to write to the memory location.

putFloat

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public abstract void putFloat(long offset, float value)

Writes a 32 bit float value to the memory area at the specified offset.

Parameters

offset:long: The offset within the memory area to write the value.
value:float: The 32 bit float value to write to the memory location.

putInt	back to summary
public abstract void putInt(long offset, int value) Writes a 32 bit integer value to the memory area at the specified offset. Parameters offset:long The offset within the memory area to write the value. value:int The 32 bit integer value to write to the memory location.

putInt

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public abstract void putInt(long offset, int value)

Writes a 32 bit integer value to the memory area at the specified offset.

Parameters

offset:long: The offset within the memory area to write the value.
value:int: The 32 bit integer value to write to the memory location.

putLong	back to summary
public abstract void putLong(long offset, long value) Writes a 64 bit integer value to the memory area at the specified offset. Parameters offset:long The offset within the memory area to write the value. value:long The 64 bit integer value to write to the memory location.

putLong

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public abstract void putLong(long offset, long value)

Writes a 64 bit integer value to the memory area at the specified offset.

Parameters

offset:long: The offset within the memory area to write the value.
value:long: The 64 bit integer value to write to the memory location.

putMemoryIO	back to summary
public abstract void putMemoryIO(long offset, MemoryIO value) Writes a pointer value to the memory area at the specified offset. Parameters offset:long The offset within the memory area to write the value. value:MemoryIO The pointer value to write to the memory location.

putMemoryIO

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public abstract void putMemoryIO(long offset, MemoryIO value)

Writes a pointer value to the memory area at the specified offset.

Parameters

offset:long: The offset within the memory area to write the value.
value:MemoryIO: The pointer value to write to the memory location.

putNativeLong	back to summary
public abstract void putNativeLong(long offset, long value) Writes a native long integer value to the memory area at the specified offset. Parameters offset:long The offset within the memory area to write the value. value:long The native long integer value to write to the memory location.

putNativeLong

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public abstract void putNativeLong(long offset, long value)

Writes a native long integer value to the memory area at the specified offset.

Parameters

offset:long: The offset within the memory area to write the value.
value:long: The native long integer value to write to the memory location.

putShort	back to summary
public abstract void putShort(long offset, short value) Writes a 16 bit integer value to the memory area at the specified offset. Parameters offset:long The offset within the memory area to write the value. value:short The 16 bit integer value to write to the memory location.

putShort

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public abstract void putShort(long offset, short value)

Writes a 16 bit integer value to the memory area at the specified offset.

Parameters

offset:long: The offset within the memory area to write the value.
value:short: The 16 bit integer value to write to the memory location.

putZeroTerminatedByteArray	back to summary
public abstract void putZeroTerminatedByteArray(long offset, byte[] bytes, int off, int len) Writes a byte array to memory, and appends a zero terminator Parameters offset:long The offset within the memory area of the start of the string. bytes:byte[] The byte array to write to the memory. off:int The offset with the byte array to start copying. len:int The number of bytes of the byte array to write to the memory area. (not including zero byte)

putZeroTerminatedByteArray

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public abstract void putZeroTerminatedByteArray(long offset, byte[] bytes, int off, int len)

Writes a byte array to memory, and appends a zero terminator

Parameters

offset:long: The offset within the memory area of the start of the string.
bytes:byte[]: The byte array to write to the memory.
off:int: The offset with the byte array to start copying.
len:int: The number of bytes of the byte array to write to the memory area. (not including zero byte)

setMemory

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

Sets the contents of the memory area to the value.

Parameters

offset:long: The offset within the memory area to start writing.
size:long: The number of bytes to set to the value.
value:byte: The value to set each byte to.

slice back to summary

public abstract MemoryIO slice(long offset)

Creates a new MemoryIO pointing to a subset of the memory area of this MemoryIO.

Parameters

offset:long: The offset within the existing memory area to start the new MemoryIO at.

Returns:MemoryIO

A MemoryIO instance.

slice back to summary

public abstract MemoryIO slice(long offset, long size)

Creates a new MemoryIO pointing to a subset of the memory area of this MemoryIO.

Parameters

offset:long: The offset within the existing memory area to start the new MemoryIO at.
size:long: The size of the new slice.

Returns:MemoryIO

A MemoryIO instance.

public abstract Class MemoryIO

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