jef.dna.constantInfo
Interface ConstLong

All Superinterfaces:

java.lang.Cloneable, ConstantInfo

All Known Implementing Classes:

ConstantLong

@ClosingCpInfo
public interface ConstLong
extends ConstantInfo

This interface has to be implemented by those classes representing a CONSTANT_Long_info structure. The CONSTANT_Long_info structure is used to represent 8-byte numeric constants.

Author:

Francesco Russo frusso@dev.java.net

Method Summary

int	getHighBytes() The unsigned high_bytes and low_bytes items of the CONSTANT_Long_info structure together represent the value of the long constant ((long) high_bytes << 32) + low_bytes, where the bytes of each of high_bytes and low_bytes are stored in big-endian (high byte first) order.
int	getLowBytes() The unsigned high_bytes and low_bytes items of the CONSTANT_Long_info structure together represent the value of the long constant ((long) high_bytes << 32) + low_bytes, where the bytes of each of high_bytes and low_bytes are stored in big-endian (high byte first) order.
void	setHighBytes(int highB) The unsigned high_bytes and low_bytes items of the CONSTANT_Long_info structure together represent the value of the long constant ((long) high_bytes << 32) + low_bytes, where the bytes of each of high_bytes and low_bytes are stored in big-endian (high byte first) order.
void	setLowBytes(int lowB) The unsigned high_bytes and low_bytes items of the CONSTANT_Long_info structure together represent the value of the long constant ((long) high_bytes << 32) + low_bytes, where the bytes of each of high_bytes and low_bytes are stored in big-endian (high byte first) order.

Methods inherited from interface jef.dna.constantInfo.ConstantInfo

clone, fromStream, getCpt, getTag, getType, setCpt, setTag, toStream, updateRefs, validate

Method Detail

getHighBytes

int getHighBytes()

The unsigned high_bytes and low_bytes items of the CONSTANT_Long_info structure together represent the value of the long constant ((long) high_bytes << 32) + low_bytes, where the bytes of each of high_bytes and low_bytes are stored in big-endian (high byte first) order.

Returns:

int The high bytes

setHighBytes

void setHighBytes(int highB)

The unsigned high_bytes and low_bytes items of the CONSTANT_Long_info structure together represent the value of the long constant ((long) high_bytes << 32) + low_bytes, where the bytes of each of high_bytes and low_bytes are stored in big-endian (high byte first) order.

Parameters:

highB - The high bytes

getLowBytes

int getLowBytes()

The unsigned high_bytes and low_bytes items of the CONSTANT_Long_info structure together represent the value of the long constant ((long) high_bytes << 32) + low_bytes, where the bytes of each of high_bytes and low_bytes are stored in big-endian (high byte first) order.

Returns:

int The low bytes

setLowBytes

void setLowBytes(int lowB)

The unsigned high_bytes and low_bytes items of the CONSTANT_Long_info structure together represent the value of the long constant ((long) high_bytes << 32) + low_bytes, where the bytes of each of high_bytes and low_bytes are stored in big-endian (high byte first) order.

Parameters:

lowB - The low bytes