#include <IndexBound.hh>

Collaboration diagram for IndexBound:

Public Member Functions
	IndexBound (unsigned int startIndex, unsigned int endIndex)

	IndexBound (unsigned int startIndex, unsigned int endIndex, int limmWidth, int limmLeftIndex, int limmRightIndex)

	~IndexBound ()

unsigned int	slotStartIndex () const

unsigned int	slotEndIndex () const

void	incrStartIndex (unsigned int increment)

void	incrEndIndex (unsigned int increment)

bool	isLimmEncoded () const

int	limmWidth () const

int	limmLeftIndex () const

int	limmRightIndex () const

Private Member Functions
	IndexBound ()

Private Attributes
unsigned int	slotStartIndex_
	Start index of the moveslot in instruction. More...

unsigned int	slotEndIndex_
	End index of the moveslot in instruction. More...

bool	usesLimm_
	Is address encoded in long immediate. More...

int	limmWidth_
	Width of the long immediate chunk in this moveslot. More...

int	limmValueLeftBitIndex_
	Index of the left most bit (MSB) of the value to be encoded in this slot. More...

int	limmValueRightBitIndex_
	Index of the right most bit (LSB) of the value to be encoded in this slot. More...

Detailed Description

Class for storing index information needed for fixing instruction addresses in InstructionBitVector

Definition at line 40 of file IndexBound.hh.

Constructor & Destructor Documentation

◆ IndexBound() [1/3]

IndexBound::IndexBound	(	unsigned int	startIndex,
		unsigned int	endIndex
	)

Constructor for moveslot bound indices

Definition at line 38 of file IndexBound.cc.

                                                                     :
     slotStartIndex_(startIndex), slotEndIndex_(endIndex), usesLimm_(false), 
     limmWidth_(0), limmValueLeftBitIndex_(0), limmValueRightBitIndex_(0) {
 }

◆ IndexBound() [2/3]

IndexBound::IndexBound	(	unsigned int	startIndex,
		unsigned int	endIndex,
		int	limmWidth,
		int	limmLeftIndex,
		int	limmRightIndex
	)

Constructor for moveslot bounds and limm slot bound indices

Definition at line 46 of file IndexBound.cc.

                        :
     slotStartIndex_(startIndex), slotEndIndex_(endIndex), usesLimm_(true),
     limmWidth_(limmWidth), limmValueLeftBitIndex_(limmLeftIndex), 
     limmValueRightBitIndex_(limmRightIndex) {
 }

◆ ~IndexBound()

IndexBound::~IndexBound ( )

The destructor.

Definition at line 60 of file IndexBound.cc.

60 {

61 }

◆ IndexBound() [3/3]

IndexBound::IndexBound ( )

private

Member Function Documentation

◆ incrEndIndex()

void IndexBound::incrEndIndex ( unsigned int increment )

Increment end bit index.

Useful for converting the move slot index to absolute position inside the instruction bit stream

Parameters

increment Value to be added to the end index

Definition at line 109 of file IndexBound.cc.

                                                {
     
     slotEndIndex_ += increment;
 }

References slotEndIndex_.

◆ incrStartIndex()

void IndexBound::incrStartIndex ( unsigned int increment )

Increment start bit index.

Useful for converting the move slot index to absolute position inside the instruction bit stream.

Parameters

increment Value to be added to the start index

Definition at line 95 of file IndexBound.cc.

                                                  {
  
     slotStartIndex_ += increment;
 }

References slotStartIndex_.

◆ isLimmEncoded()

bool IndexBound::isLimmEncoded ( ) const

Is long immediate encoding utilized in this move slot

Returns: Is long immediate utilized in this move slot

Definition at line 120 of file IndexBound.cc.

                                 {
  
     return usesLimm_;
 }

References usesLimm_.

◆ limmLeftIndex()

int IndexBound::limmLeftIndex ( ) const

Query the leftmost (MSB) index of the long immediate value in this slot

This tells the leftmost bit of the long immediate value this slot is going to encode, not the position of the limm slot inside the instruction. Notice that the indexing starts from zero.

Returns: Leftmost bit of the LIMM value this slot is encoding

Definition at line 146 of file IndexBound.cc.

                                 {
  
     return limmValueLeftBitIndex_;
 }

References limmValueLeftBitIndex_.

Referenced by InstructionBitVector::fixBits().

◆ limmRightIndex()

int IndexBound::limmRightIndex ( ) const

Query the rightmost (LSB) index of the long immediate value in this slot

This tells the rightmost bit of the long immediate value this slot is going to encode, not the position of the limm slot inside the instruction. Notice that the indexing starts from zero.

Returns: Rightmost bit of the LIMM value this slot is encoding

Definition at line 161 of file IndexBound.cc.

                                  {
     
     return limmValueRightBitIndex_;
 }

References limmValueRightBitIndex_.

Referenced by InstructionBitVector::fixBits().

◆ limmWidth()

int IndexBound::limmWidth ( ) const

Query the width of the limm slot

Returns: Width of the limm slot. 0 if limm is not used

Definition at line 131 of file IndexBound.cc.

                             {
  
     return limmWidth_;
 }

References limmWidth_.

Referenced by InstructionBitVector::fixBits().

◆ slotEndIndex()

unsigned int IndexBound::slotEndIndex ( ) const

Move slot end index

Returns: End bit index of the move slot

Definition at line 81 of file IndexBound.cc.

                                {
  
     return slotEndIndex_;
 }

References slotEndIndex_.

Referenced by InstructionBitVector::addIndexBoundsForReference(), and InstructionBitVector::fixBits().

◆ slotStartIndex()

unsigned int IndexBound::slotStartIndex ( ) const

Move slot start index

Returns: Starting bit index of the move slot

Definition at line 70 of file IndexBound.cc.

                                  {
  
     return slotStartIndex_;
 }

References slotStartIndex_.

Referenced by InstructionBitVector::addIndexBoundsForReference(), and InstructionBitVector::fixBits().

Member Data Documentation

◆ limmValueLeftBitIndex_

int IndexBound::limmValueLeftBitIndex_

private

Index of the left most bit (MSB) of the value to be encoded in this slot.

Definition at line 83 of file IndexBound.hh.

Referenced by limmLeftIndex().

◆ limmValueRightBitIndex_

int IndexBound::limmValueRightBitIndex_

private

Index of the right most bit (LSB) of the value to be encoded in this slot.

Definition at line 86 of file IndexBound.hh.

Referenced by limmRightIndex().

◆ limmWidth_

int IndexBound::limmWidth_

private

Width of the long immediate chunk in this moveslot.

Definition at line 80 of file IndexBound.hh.

Referenced by limmWidth().

◆ slotEndIndex_

unsigned int IndexBound::slotEndIndex_

private

End index of the moveslot in instruction.

Definition at line 76 of file IndexBound.hh.

Referenced by incrEndIndex(), and slotEndIndex().

◆ slotStartIndex_

unsigned int IndexBound::slotStartIndex_

private

Start index of the moveslot in instruction.

Definition at line 74 of file IndexBound.hh.

Referenced by incrStartIndex(), and slotStartIndex().

◆ usesLimm_

bool IndexBound::usesLimm_

private

Is address encoded in long immediate.

Definition at line 78 of file IndexBound.hh.

Referenced by isLimmEncoded().

The documentation for this class was generated from the following files:

Public Member Functions

Private Member Functions

Private Attributes

Detailed Description

Constructor & Destructor Documentation

◆ IndexBound() [1/3]

◆ IndexBound() [2/3]

◆ ~IndexBound()

◆ IndexBound() [3/3]

Member Function Documentation

◆ incrEndIndex()

◆ incrStartIndex()

◆ isLimmEncoded()

◆ limmLeftIndex()

◆ limmRightIndex()

◆ limmWidth()

◆ slotEndIndex()

◆ slotStartIndex()

Member Data Documentation

◆ limmValueLeftBitIndex_

◆ limmValueRightBitIndex_

◆ limmWidth_

◆ slotEndIndex_

◆ slotStartIndex_

◆ usesLimm_