Uses of Class
javax.realtime.OffsetOutOfBoundsException

Uses of OffsetOutOfBoundsException in javax.realtime

Methods in javax.realtime that throw OffsetOutOfBoundsException

byte	RawMemoryAccess.getByte(long offset) getByte reads a byte from the given offset in an atomic read operation.
void	RawMemoryAccess.getBytes(long offset, byte[] bytes, int low, int number) getBytes reads a number of bytes from the given offset.
double	RawMemoryFloatAccess.getDouble(long offset) getDouble reads a double from the given offset.
void	RawMemoryFloatAccess.getDoubles(long offset, double[] doubles, int low, int number) getDoubles reads a number of doubles from the given offset.
float	RawMemoryFloatAccess.getFloat(long offset) getFloat reads a float from the given offset.
void	RawMemoryFloatAccess.getFloats(long offset, float[] floats, int low, int number) getFloats reads a number of floats from the given offset.
int	RawMemoryAccess.getInt(long offset) getInt reads an int from the given offset.
void	RawMemoryAccess.getInts(long offset, int[] ints, int low, int number) getInts reads a number of ints from the given offset.
long	RawMemoryAccess.getLong(long offset) getLong reads a long from the given offset.
void	RawMemoryAccess.getLongs(long offset, long[] longs, int low, int number) getLongs reads a number of longs from the given offset.
short	RawMemoryAccess.getShort(long offset) getShort reads a short from the given offset.
void	RawMemoryAccess.getShorts(long offset, short[] shorts, int low, int number) getShorts reads a number of shorts from the given offset.
void	RawMemoryAccess.setByte(long offset, byte value) setByte writes a byte to the given offset.
void	RawMemoryAccess.setBytes(long offset, byte[] bytes, int low, int number) setBytes writes a number of bytes to the given offset.
void	RawMemoryFloatAccess.setDouble(long offset, double value) setDouble writes a double to the given offset.
void	RawMemoryFloatAccess.setDoubles(long offset, double[] doubles, int low, int number) setDoubles writes a number of doubles to the given offset.
void	RawMemoryFloatAccess.setFloat(long offset, float value) setFloat writes a float to the given offset.
void	RawMemoryFloatAccess.setFloats(long offset, float[] floats, int low, int number) setFloats writes a number of floats to the given offset.
void	RawMemoryAccess.setInt(long offset, int value) setInt writes an int to the given offset.
void	RawMemoryAccess.setInts(long offset, int[] ints, int low, int number) setInts writes a number of ints to the given offset.
void	RawMemoryAccess.setLong(long offset, long value) setLong writes a long to the given offset.
void	RawMemoryAccess.setLongs(long offset, long[] longs, int low, int number) setLongs writes a number of longs to the given offset.
void	RawMemoryAccess.setShort(long offset, short value) setShort writes a short to the given offset.
void	RawMemoryAccess.setShorts(long offset, short[] shorts, int low, int number) setShorts writes a number of shorts to the given offset.

Constructors in javax.realtime that throw OffsetOutOfBoundsException

ImmortalPhysicalMemory(java.lang.Object type, long base, long size)
Constructor to create an instance of ImmortalPhysicalMemory with the given type, base address, and size.

ImmortalPhysicalMemory(java.lang.Object type, long base, long size, java.lang.Runnable logic)
Constructor to create an instance of ImmortalPhysicalMemory with the given type, base address, size, and logic.

ImmortalPhysicalMemory(java.lang.Object type, long base, SizeEstimator size)
Constructor to create an instance of ImmortalPhysicalMemory with the given type, base address, and size.

ImmortalPhysicalMemory(java.lang.Object type, long base, SizeEstimator size, java.lang.Runnable logic)
Constructor to create an instance of ImmortalPhysicalMemory with the given type, base address, size, and logic.

LTPhysicalMemory(java.lang.Object type, long base, long size)
Constructor to create an instance of LTPhysicalMemory with the given type, base address, and size.

LTPhysicalMemory(java.lang.Object type, long base, long size, java.lang.Runnable logic)
Constructor to create an instance of LTPhysicalMemory with the given type, base address, size, and logic.

LTPhysicalMemory(java.lang.Object type, long base, SizeEstimator size)
Constructor to create an instance of LTPhysicalMemory with the given type, base address, and size.

LTPhysicalMemory(java.lang.Object type, long base, SizeEstimator size, java.lang.Runnable logic)
Constructor to create an instance of LTPhysicalMemory with the given type, base address, size, and logic.

RawMemoryAccess(java.lang.Object type, long size)
Constructor to create an instance of RawMemoryAccess for the given parameters and make this memory accessible.

RawMemoryAccess(java.lang.Object type, long base, long size)
Constructor to create an instance of RawMemoryAccess for the given parameters and make this memory accessible.

RawMemoryFloatAccess(java.lang.Object type, long size)
Constructor to create an instance of RawMemoryFloatAccess for the given parameters and make this memory accessible.

RawMemoryFloatAccess(java.lang.Object type, long base, long size)
Constructor to create an instance of RawMemoryFloatAccess for the given parameters and make this memory accessible.

VTPhysicalMemory(java.lang.Object type, long base, long size)
Constructor to create an instance of VTPhysicalMemory with the given type, base address, and size.

VTPhysicalMemory(java.lang.Object type, long base, long size, java.lang.Runnable logic)
Constructor to create an instance of VTPhysicalMemory with the given type, base address, and size.

VTPhysicalMemory(java.lang.Object type, long base, SizeEstimator size)
Constructor to create an instance of VTPhysicalMemory with the given type, base address, and size.

VTPhysicalMemory(java.lang.Object type, long base, SizeEstimator size, java.lang.Runnable logic)
Constructor to create an instance of VTPhysicalMemory with the given type, base address, and size.