BinaryEncoding Class Reference

#include <BinaryEncoding.hh>

Inheritance diagram for BinaryEncoding:

Collaboration diagram for BinaryEncoding:

Public Types
enum	Position { LEFT, RIGHT }

Public Member Functions
	BinaryEncoding ()
	BinaryEncoding (const ObjectState *state)
virtual	~BinaryEncoding ()
int	moveSlotCount () const
MoveSlot &	moveSlot (int index) const
bool	hasMoveSlot (const std::string &name) const
MoveSlot &	moveSlot (const std::string &name) const
void	addMoveSlot (MoveSlot &slot)
void	removeMoveSlot (MoveSlot &slot)
int	immediateSlotCount () const
ImmediateSlotField &	immediateSlot (int index) const
bool	hasImmediateSlot (const std::string &name) const
ImmediateSlotField &	immediateSlot (const std::string &name) const
void	addImmediateSlot (ImmediateSlotField &slot)
void	removeImmediateSlot (ImmediateSlotField &slot)
bool	hasImmediateControlField () const
ImmediateControlField &	immediateControlField () const
void	setImmediateControlField (ImmediateControlField &field)
void	unsetImmediateControlField ()
int	longImmDstRegisterFieldCount () const
LImmDstRegisterField &	longImmDstRegisterField (int index) const
LImmDstRegisterField &	longImmDstRegisterField (const std::string &iTemp, const std::string &dstUnit) const
void	addLongImmDstRegisterField (LImmDstRegisterField &field)
void	removeLongImmDstRegisterField (LImmDstRegisterField &field)
int	instructionFormatCount () const
bool	hasInstructionFormat (const std::string name) const
InstructionFormat &	instructionFormat (int index) const
void	addInstructionFormat (InstructionFormat &format)
void	removeInstructionFormat (InstructionFormat &format)
int	socketCodeTableCount () const
SocketCodeTable &	socketCodeTable (int index) const
SocketCodeTable &	socketCodeTable (const std::string &name) const
void	addSocketCodeTable (SocketCodeTable &table)
void	removeSocketCodeTable (SocketCodeTable &table)
int	longestTemplateExtraBits () const
virtual int	childFieldCount () const
virtual InstructionField &	childField (int position) const
virtual int	width (const TCEString &templateName) const
virtual int	width () const
void	setTemplateExtraBits (const TCEString &templateName, int bitCount)
int	templateExtraBits (const TCEString &templateName) const
virtual void	loadState (const ObjectState *state)
virtual ObjectState *	saveState () const
Public Member Functions inherited from InstructionField
virtual	~InstructionField ()
InstructionField *	parent () const
int	bitPosition () const
int	relativePosition () const
virtual void	setRelativePosition (int position)
void	setExtraBits (int bits)
int	extraBits () const
Public Member Functions inherited from Serializable
virtual	~Serializable ()

Static Public Attributes
static const std::string	OSNAME_BEM = "bem"
	ObjectState name for binary encoding. More...
static const std::string	OSNAME_FU_OPCODE
static const std::string	OSNAME_TEMPLATE_EXTRA_BITS
static const std::string	OSNAME_TEMPLATE_EXTRA_BIT_COUNT
static const std::string	OSNAME_TEMPLATE_NAME = "template"
Static Public Attributes inherited from InstructionField
static const std::string	OSNAME_INSTRUCTION_FIELD = "instr_field"
	ObjectState name for instruction field. More...
static const std::string	OSKEY_EXTRA_BITS = "extra_bits"
	ObjectState attribute key for the number of extra bits. More...
static const std::string	OSKEY_POSITION = "position"
	ObjectState attribute key for the relative position of the field. More...

Private Types
typedef std::vector< MoveSlot * >	MoveSlotContainer
	Container type for MoveSlots. More...
typedef std::vector< ImmediateSlotField * >	ImmediateSlotContainer
	Container type for ImmediateSlotFields. More...
typedef std::vector< SocketCodeTable * >	SocketCodeTableContainer
	Container type for SocketCodeTables. More...
typedef std::vector< LImmDstRegisterField * >	LImmDstRegisterFieldContainer
	Container type for LImmDstRegisterFields. More...
typedef std::vector< InstructionFormat * >	InstructionFormatContainer
	Container type for InstructionFormats. More...
typedef std::map< TCEString, int >	TemplateExtraBitCountMap
	Template extra bit count container. More...

Private Member Functions
bool	hasSocketCodeTable (const std::string &name) const
void	deleteMoveSlots ()
void	deleteImmediateSlots ()
void	deleteLongImmDstRegisterFields ()
void	deleteSocketCodes ()
void	deleteInstructionFormats ()

Private Attributes
InstructionFormatContainer	instructionFormats_
	A container for instruction formats. More...
MoveSlotContainer	moveSlots_
	A container for move slots. More...
ImmediateSlotContainer	immediateSlots_
	A container for immediate slots. More...
SocketCodeTableContainer	socketCodes_
	A container for socket code tables. More...
ImmediateControlField *	immediateField_
	The immediate control field. More...
LImmDstRegisterFieldContainer	longImmDstRegFields_
	A container for long immediate register fields. More...
TemplateExtraBitCountMap	extraTemplateBits_
	Extra (padding) bits per instruction template. More...

Additional Inherited Members
Protected Member Functions inherited from InstructionField
	InstructionField (InstructionField *parent)
	InstructionField (const ObjectState *state, InstructionField *parent)
void	setParent (InstructionField *parent)
Static Protected Member Functions inherited from InstructionField
static void	reorderSubfields (ObjectState *state)

Detailed Description

BinaryEncoding is the root class in the object model of the binary encoding map.

An instance of this class is sufficient to access all the information pertaining a binary encoding map, so an object can be passed to clients whenever a full description of the encoding map is required. BinaryEncoding is mostly a specialized container of objects of other classes.

Definition at line 61 of file BinaryEncoding.hh.

Member Typedef Documentation

ImmediateSlotContainer

typedef std::vector<ImmediateSlotField*> BinaryEncoding::ImmediateSlotContainer

private

Container type for ImmediateSlotFields.

Definition at line 136 of file BinaryEncoding.hh.

InstructionFormatContainer

typedef std::vector<InstructionFormat*> BinaryEncoding::InstructionFormatContainer

private

Container type for InstructionFormats.

Definition at line 142 of file BinaryEncoding.hh.

LImmDstRegisterFieldContainer

typedef std::vector<LImmDstRegisterField*> BinaryEncoding::LImmDstRegisterFieldContainer

private

Container type for LImmDstRegisterFields.

Definition at line 140 of file BinaryEncoding.hh.

MoveSlotContainer

typedef std::vector<MoveSlot*> BinaryEncoding::MoveSlotContainer

private

Container type for MoveSlots.

Definition at line 134 of file BinaryEncoding.hh.

SocketCodeTableContainer

typedef std::vector<SocketCodeTable*> BinaryEncoding::SocketCodeTableContainer

private

Container type for SocketCodeTables.

Definition at line 138 of file BinaryEncoding.hh.

TemplateExtraBitCountMap

typedef std::map<TCEString, int> BinaryEncoding::TemplateExtraBitCountMap

private

Template extra bit count container.

Definition at line 144 of file BinaryEncoding.hh.

Member Enumeration Documentation

Position

enum BinaryEncoding::Position

Enumerator
LEFT
RIGHT

Definition at line 63 of file BinaryEncoding.hh.

                  {
        LEFT,
        RIGHT
    };

Constructor & Destructor Documentation

BinaryEncoding() [1/2]

BinaryEncoding::BinaryEncoding

(

)

The constructor.

Creates an empty BEM.

Definition at line 65 of file BinaryEncoding.cc.

                               :
    InstructionField(NULL), immediateField_(NULL) {
}

BinaryEncoding() [2/2]

BinaryEncoding::BinaryEncoding

(

const ObjectState *

state

)

The constructor.

Loads the state of the object from the given ObjectState tree.

Exceptions

ObjectStateLoadingException

If an error occurs while loading the state.

Definition at line 78 of file BinaryEncoding.cc.

    : InstructionField(NULL), immediateField_(NULL) {
    loadState(state);
}

References loadState().

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~BinaryEncoding()

BinaryEncoding::~BinaryEncoding ( )

virtual

The destructor.

Definition at line 86 of file BinaryEncoding.cc.

                                {
    if (hasImmediateControlField()) {
        delete immediateField_;
    }
    deleteMoveSlots();
    deleteImmediateSlots();
    deleteLongImmDstRegisterFields();
    deleteSocketCodes();
    deleteInstructionFormats();
}

References deleteImmediateSlots(), deleteInstructionFormats(), deleteLongImmDstRegisterFields(), deleteMoveSlots(), deleteSocketCodes(), hasImmediateControlField(), and immediateField_.

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Member Function Documentation

addImmediateSlot()

void BinaryEncoding::addImmediateSlot

(

ImmediateSlotField &

slot

)

Adds the given immediate slot to the encoding map.

This method is to be called from the constructor of ImmediateSlotField.

Parameters

slot	The immediate slot to be added.

Exceptions

ObjectAlreadyExists

If the encoding map contains an immediate slot with the same name already.

Definition at line 300 of file BinaryEncoding.cc.

                                                         {
    // verify that this is called from MoveSlot constructor
    assert(slot.parent() == NULL);
 
    if (hasImmediateSlot(slot.name())) {
        const string procName = "BinaryEncoding::addImmediateSlot";
        throw ObjectAlreadyExists(__FILE__, __LINE__, procName);
    }
 
    immediateSlots_.push_back(&slot);
}

References assert, hasImmediateSlot(), immediateSlots_, ImmediateSlotField::name(), and ImmediateSlotField::parent().

Referenced by ImmediateSlotField::ImmediateSlotField().

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addInstructionFormat()

void BinaryEncoding::addInstructionFormat

(

InstructionFormat &

format

)

Adds the given instruction format to the encoding map.

Parameters

format

The instruction format to be added.

Exceptions

ObjectAlreadyExists

If the encoding map already contains a a socket code table with the same name as the given table.

Definition at line 538 of file BinaryEncoding.cc.

                                                              {
    // verify that this is called from InstructionFormat constructor
    assert(format.parent() == NULL);
 
    if (hasInstructionFormat(format.name())) {
        const string procName = "BinaryEncoding::addInstructionFormat";
        throw ObjectAlreadyExists(__FILE__, __LINE__, procName);
    }
 
    instructionFormats_.push_back(&format);
}

References assert, hasInstructionFormat(), instructionFormats_, InstructionFormat::name(), and InstructionFormat::parent().

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addLongImmDstRegisterField()

void BinaryEncoding::addLongImmDstRegisterField

(

LImmDstRegisterField &

field

)

Adds the given long immediate destination register field to the instruction format.

This method is to be called from the constructor of LImmDstRegisterField only!

Parameters

field

The field to add.

Definition at line 459 of file BinaryEncoding.cc.

                                                                      {
    assert(field.parent() == NULL);
    longImmDstRegFields_.push_back(&field);
}

References assert, longImmDstRegFields_, and LImmDstRegisterField::parent().

Referenced by LImmDstRegisterField::LImmDstRegisterField().

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addMoveSlot()

void BinaryEncoding::addMoveSlot

(

MoveSlot &

slot

)

Adds the given move slot to the encoding map.

This method is to be called from the constructor of MoveSlot.

Parameters

slot	The move slot to be added.

Exceptions

ObjectAlreadyExists

If the encoding map contains a slot with the same name already.

Definition at line 183 of file BinaryEncoding.cc.

                                          {
    // verify that this is called from MoveSlot constructor
    assert(slot.parent() == NULL);
 
    if (hasMoveSlot(slot.name())) {
        const string procName = "BinaryEncoding::addMoveSlot";
        throw ObjectAlreadyExists(__FILE__, __LINE__, procName);
    }
 
    moveSlots_.push_back(&slot);
}

References assert, hasMoveSlot(), moveSlots_, MoveSlot::name(), and MoveSlot::parent().

Referenced by MoveSlot::MoveSlot().

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addSocketCodeTable()

void BinaryEncoding::addSocketCodeTable

(

SocketCodeTable &

table

)

Adds the given socket code table to the encoding map.

This method is to be called from the constructor of SocketCodeTable.

Parameters

table

The socket code table to be added.

Exceptions

ObjectAlreadyExists

If the encoding map already contains a socket code table with the same name as the given table.

Definition at line 625 of file BinaryEncoding.cc.

                                                         {
    // verify that this is called from SocketCodeTable constructor
    assert(table.parent() == NULL);
 
    if (hasSocketCodeTable(table.name())) {
        const string procName = "BinaryEncoding::addSocketCodeTable";
        throw ObjectAlreadyExists(__FILE__, __LINE__, procName);
    }
 
    socketCodes_.push_back(&table);
}

References assert, hasSocketCodeTable(), SocketCodeTable::name(), SocketCodeTable::parent(), and socketCodes_.

Referenced by SocketCodeTable::SocketCodeTable().

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childField()

InstructionField & BinaryEncoding::childField ( int  position ) const

virtual

Returns the child instruction field at the given relative position.

Returns a NullInstructionField instance if there is no child field at the given position. This is, however, not possible if the object model is in consistent state.

Parameters

position

The relative position.

Returns

The instruction field at the given relative position.

Exceptions

OutOfRange

If the given position is negative or not smaller than the number of child fields.

Reimplemented from InstructionField.

Definition at line 704 of file BinaryEncoding.cc.

                                             {
    if (position < 0 || position >= childFieldCount()) {
        const string procName = "BinaryEncoding::childField";
        throw OutOfRange(__FILE__, __LINE__, procName);
    }
 
    if (hasImmediateControlField() &&
        immediateControlField().relativePosition() == position) {
        return immediateControlField();
    }
 
    int moveSlots = moveSlotCount();
    for (int i = 0; i < moveSlots; i++) {
        MoveSlot& slot = moveSlot(i);
        if (slot.relativePosition() == position) {
            return slot;
        }
    }
 
    int immediateSlots = immediateSlotCount();
    for (int i = 0; i < immediateSlots; i++) {
        ImmediateSlotField& slot = immediateSlot(i);
        if (slot.relativePosition() == position) {
            return slot;
        }
    }
 
    int limmDstRegFields = longImmDstRegisterFieldCount();
    for (int i = 0; i < limmDstRegFields; i++) {
        LImmDstRegisterField& field = longImmDstRegisterField(i);
        if (field.relativePosition() == position) {
            return field;
        }
    }
 
    return NullInstructionField::instance();
}

References childFieldCount(), hasImmediateControlField(), immediateControlField(), immediateSlot(), immediateSlotCount(), NullInstructionField::instance(), longImmDstRegisterField(), longImmDstRegisterFieldCount(), moveSlot(), moveSlotCount(), and InstructionField::relativePosition().

Referenced by CodeCompressorPlugin::bemInstructionBits(), and printInstructionLayout().

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childFieldCount()

int BinaryEncoding::childFieldCount ( ) const

virtual

Returns the number of immediate child fields (move slots + immediate slots + immediate control field).

Returns

The number of child fields.

Implements InstructionField.

Definition at line 681 of file BinaryEncoding.cc.

                                      {
    int count = moveSlotCount() + immediateSlotCount() + 
        longImmDstRegisterFieldCount();
    if (hasImmediateControlField()) {
        count++;
    }
    return count;
}

References hasImmediateControlField(), immediateSlotCount(), longImmDstRegisterFieldCount(), and moveSlotCount().

Referenced by childField(), and printInstructionLayout().

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deleteImmediateSlots()

void BinaryEncoding::deleteImmediateSlots ( )

private

Deletes all the immediate slots contained by the encoding map.

Definition at line 961 of file BinaryEncoding.cc.

                                     {
    SequenceTools::deleteAllItems(immediateSlots_);
}

References SequenceTools::deleteAllItems(), and immediateSlots_.

Referenced by ~BinaryEncoding().

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deleteInstructionFormats()

void BinaryEncoding::deleteInstructionFormats ( )

private

Deletes all the instruction formats contained by the encoding map.

Definition at line 988 of file BinaryEncoding.cc.

                                         {
    SequenceTools::deleteAllItems(instructionFormats_);
}

References SequenceTools::deleteAllItems(), and instructionFormats_.

Referenced by ~BinaryEncoding().

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deleteLongImmDstRegisterFields()

void BinaryEncoding::deleteLongImmDstRegisterFields ( )

private

Deletes all the long immediate destination register fields contained by the encoding map.

Definition at line 971 of file BinaryEncoding.cc.

                                               {
    SequenceTools::deleteAllItems(longImmDstRegFields_);
}

References SequenceTools::deleteAllItems(), and longImmDstRegFields_.

Referenced by ~BinaryEncoding().

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deleteMoveSlots()

void BinaryEncoding::deleteMoveSlots ( )

private

Deletes all the move slots contained by the encoding map.

Definition at line 952 of file BinaryEncoding.cc.

                                {
    SequenceTools::deleteAllItems(moveSlots_);
}

References SequenceTools::deleteAllItems(), and moveSlots_.

Referenced by ~BinaryEncoding().

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deleteSocketCodes()

void BinaryEncoding::deleteSocketCodes ( )

private

Deletes all the socket code tables contained by the encoding map.

Definition at line 980 of file BinaryEncoding.cc.

                                  {
    SequenceTools::deleteAllItems(socketCodes_);
}

References SequenceTools::deleteAllItems(), and socketCodes_.

Referenced by ~BinaryEncoding().

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hasImmediateControlField()

bool BinaryEncoding::hasImmediateControlField

(

)

const

Tells whether the instruction word has an immediate control field.

Returns

True if the instruction word has an immediate control field, otherwise false.

Definition at line 334 of file BinaryEncoding.cc.

                                               {
    return immediateField_ != NULL;
}

References immediateField_.

Referenced by BEMValidator::checkImmediateControlField(), childField(), childFieldCount(), CodeCompressorPlugin::firstMoveSlotIndex(), immediateControlField(), DefaultDecoderGenerator::instructionTemplateCondition(), printImmediateControlField(), saveState(), setImmediateControlField(), unsetImmediateControlField(), width(), DefaultDecoderGenerator::writeInstructionDismembering(), DefaultDecoderGenerator::writeLongImmediateTagSignal(), DefaultDecoderGenerator::writeLongImmediateWriteProcess(), and ~BinaryEncoding().

hasImmediateSlot()

bool BinaryEncoding::hasImmediateSlot

(

const std::string &

name

)

const

Tells whether the encoding map contains an immediate slot with the given name.

Parameters

name	The name of the immediate slot.

Returns

True if there is an immediate slot with the given name, otherwise false.

Definition at line 252 of file BinaryEncoding.cc.

                                                            {
 
    for (ImmediateSlotContainer::const_iterator iter = 
             immediateSlots_.begin(); iter != immediateSlots_.end(); 
         iter++) {
        ImmediateSlotField* slot = *iter;
        if (slot->name() == name) {
            return true;
        }
    }
 
    return false;
}

References immediateSlots_, and ImmediateSlotField::name().

Referenced by addImmediateSlot(), and BEMValidator::checkImmediateSlot().

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hasInstructionFormat()

bool BinaryEncoding::hasInstructionFormat

(

const std::string

name

)

const

Tells whether the binary encoding has an instruction format with the given name.

Parameters

name

The name.

Returns

True if the ecoding map contains an instruction format with the given name, otherwise false.

Definition at line 502 of file BinaryEncoding.cc.

                                                               {
    return std::find_if(
               instructionFormats_.begin(), instructionFormats_.end(),
               [name](const InstructionFormat* it) {
                   return it->name() == name;
               }) != instructionFormats_.end();
}

References instructionFormats_.

Referenced by addInstructionFormat().

hasMoveSlot()

bool BinaryEncoding::hasMoveSlot

(

const std::string &

name

)

const

Tells whether the encoding map contains a move slot with the given (bus) name.

Parameters

name	The bus name.

Returns

True if there is a move slot with the given name, otherwise false.

Definition at line 138 of file BinaryEncoding.cc.

                                                       {
    for (MoveSlotContainer::const_iterator iter = moveSlots_.begin();
         iter != moveSlots_.end(); iter++) {
        MoveSlot* slot = *iter;
        if (slot->name() == name) {
            return true;
        }
    }
 
    return false;
}

References moveSlots_, and MoveSlot::name().

Referenced by addMoveSlot(), BEMValidator::checkMoveSlot(), DefaultDecoderGenerator::writeSquashSignalGenerationProcess(), and DefaultDecoderGenerator::writeSquashSignals().

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hasSocketCodeTable()

bool BinaryEncoding::hasSocketCodeTable ( const std::string &  name ) const

private

Tells whether the encoding map contains a socket code table with the given name.

Parameters

name

The name.

Returns

True if the encoding map contains a socket code table with the given name, otherwise false.

Definition at line 935 of file BinaryEncoding.cc.

                                                              {
    for (SocketCodeTableContainer::const_iterator iter = socketCodes_.begin();
         iter != socketCodes_.end(); iter++) {
        SocketCodeTable* table = *iter;
        if (table->name() == name) {
            return true;
        }
    }
 
    return false;
}

References SocketCodeTable::name(), and socketCodes_.

Referenced by addSocketCodeTable().

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immediateControlField()

ImmediateControlField & BinaryEncoding::immediateControlField

(

)

const

Returns the immediate control field of the instruction word, if one exists.

Returns a NullImmediateControlField instance otherwise (a single-template instruction).

Returns

The immediate control field.

Definition at line 348 of file BinaryEncoding.cc.

                                            {
    if (hasImmediateControlField()) {
        return *immediateField_;
    } else {
        return NullImmediateControlField::instance();
    }
}

References hasImmediateControlField(), immediateField_, and NullImmediateControlField::instance().

Referenced by BEMValidator::checkImmediateControlField(), childField(), CodeCompressorPlugin::firstMoveSlotIndex(), DefaultDecoderGenerator::instructionTemplateCondition(), printImmediateControlField(), saveState(), unsetImmediateControlField(), width(), DefaultDecoderGenerator::writeInstructionDismembering(), DefaultDecoderGenerator::writeLongImmediateTagSignal(), and DefaultDecoderGenerator::writeSquashSignalGenerationProcess().

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immediateSlot() [1/2]

ImmediateSlotField & BinaryEncoding::immediateSlot

(

const std::string &

name

)

const

Returns the immediate slot of the given name.

Parameters

name	The name of the immediate slot.

Returns

The immediate slot.

Exceptions

InstanceNotFound

If the encoding map does not contain an immediate slot with the given name.

Definition at line 276 of file BinaryEncoding.cc.

                                                         {
    for (ImmediateSlotContainer::const_iterator iter = 
             immediateSlots_.begin(); iter != immediateSlots_.end(); 
         iter++) {
        ImmediateSlotField* slot = *iter;
        if (slot->name() == name) {
            return *slot;
        }
    }
 
    const string procName = "BinaryEncoding::immediateSlot";
    throw InstanceNotFound(__FILE__, __LINE__, procName);
}

References immediateSlots_, and ImmediateSlotField::name().

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immediateSlot() [2/2]

ImmediateSlotField & BinaryEncoding::immediateSlot

(

int

index

)

const

Returns the immediate slot at given index.

The index does not have to reflect the actual order within the TTA instruction word.

Parameters

index

The index.

Returns

The immediate slot at given index.

Exceptions

OutOfRange

If the index is negative or is not smaller than the number of immediate slots in the TTA instruction word.

Definition at line 234 of file BinaryEncoding.cc.

                                             {
    if (index < 0 || index >= immediateSlotCount()) {
        const string procName = "BinaryEncoding::immediateSlot";
        throw OutOfRange(__FILE__, __LINE__, procName);
    }
 
    return *immediateSlots_[index];
}

References immediateSlotCount(), and immediateSlots_.

Referenced by BEMValidator::checkImmediateSlot(), childField(), saveState(), width(), DefaultDecoderGenerator::writeImmediateSlotSignals(), DefaultDecoderGenerator::writeInstructionDismembering(), and DefaultDecoderGenerator::writeInstructionTemplateProcedures().

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immediateSlotCount()

int BinaryEncoding::immediateSlotCount

(

)

const

Returns the number of immediate slots in the instruction.

Returns

The number of immediate slots.

Definition at line 216 of file BinaryEncoding.cc.

                                         {
    return immediateSlots_.size();
}

References immediateSlots_.

Referenced by childField(), childFieldCount(), immediateSlot(), saveState(), width(), DefaultDecoderGenerator::writeImmediateSlotSignals(), and DefaultDecoderGenerator::writeInstructionDismembering().

instructionFormat()

InstructionFormat & BinaryEncoding::instructionFormat

(

int

index

)

const

Returns the instruction format with the given index.

Parameters

index

The index.

Returns

The instruction format

Exceptions

OutOfRange

If the given index is negative or not smaller than the number of instruction formats in the encoding map.

Definition at line 521 of file BinaryEncoding.cc.

                                                 {
    if (index < 0 || index >= instructionFormatCount()) {
        throw OutOfRange(__FILE__, __LINE__, __func__);
    }
    return *instructionFormats_[index];
}

References __func__, instructionFormatCount(), and instructionFormats_.

Referenced by llvm::LLVMTCERISCVIntrinsicsLowering::findRFormat(), and ProGe::RV32MicroCodeGenerator::initializeOperations().

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instructionFormatCount()

int BinaryEncoding::instructionFormatCount

(

)

const

Returns the number of instruction formats in the in binary encoding.

Returns

The number of instruction formats.

Definition at line 488 of file BinaryEncoding.cc.

                                             {
    return instructionFormats_.size();
}

References instructionFormats_.

Referenced by llvm::LLVMTCERISCVIntrinsicsLowering::findRFormat(), ProGe::RV32MicroCodeGenerator::initializeOperations(), instructionFormat(), and saveState().

loadState()

void BinaryEncoding::loadState ( const ObjectState *  state )

virtual

Loads the state of the binary encoding map from the given ObjectState tree.

Parameters

state

The ObjectState tree.

Exceptions

ObjectStateLoadingException

If an error occurs while loading the state.

Reimplemented from InstructionField.

Definition at line 807 of file BinaryEncoding.cc.

                                                  {
    if (state->name() != OSNAME_BEM) {
        const string procName = "BinaryEncoding::loadState";
        throw ObjectStateLoadingException(__FILE__, __LINE__, procName);
    }
 
    // create socket code tables at first
    for (int i = 0; i < state->childCount(); i++) {
        ObjectState* child = state->child(i);
        if (child->name() == SocketCodeTable::OSNAME_SOCKET_CODE_TABLE) {
            new SocketCodeTable(child, *this);
        }
    }
 
    // create subfields in the correct order
    ObjectState* newState = new ObjectState(*state);
    reorderSubfields(newState);
 
    for (int i = 0; i < newState->childCount(); i++) {
        ObjectState* child = newState->child(i);
        if (child->name() == MoveSlot::OSNAME_MOVE_SLOT) {
            new MoveSlot(child, *this);
        } else if (child->name() == 
                   ImmediateSlotField::OSNAME_IMMEDIATE_SLOT_FIELD) {
            new ImmediateSlotField(child, *this);
        } else if (child->name() ==
                   ImmediateControlField::OSNAME_IMM_CONTROL_FIELD) {
            new ImmediateControlField(child, *this);
        } else if (child->name() == 
                   LImmDstRegisterField::OSNAME_LIMM_DST_REGISTER_FIELD) {
            new LImmDstRegisterField(child, *this);
        } else if (
            child->name() == BinaryEncoding::OSNAME_TEMPLATE_EXTRA_BITS) {
            setTemplateExtraBits(
                child->childByName(BinaryEncoding::OSNAME_TEMPLATE_NAME)
                    ->stringValue(),
                child
                    ->childByName(
                        BinaryEncoding::OSNAME_TEMPLATE_EXTRA_BIT_COUNT)
                    ->intValue());
        }
    }
    delete newState;
}

References ObjectState::child(), ObjectState::childByName(), ObjectState::childCount(), ObjectState::intValue(), ObjectState::name(), OSNAME_BEM, ImmediateControlField::OSNAME_IMM_CONTROL_FIELD, ImmediateSlotField::OSNAME_IMMEDIATE_SLOT_FIELD, LImmDstRegisterField::OSNAME_LIMM_DST_REGISTER_FIELD, MoveSlot::OSNAME_MOVE_SLOT, SocketCodeTable::OSNAME_SOCKET_CODE_TABLE, OSNAME_TEMPLATE_EXTRA_BIT_COUNT, OSNAME_TEMPLATE_EXTRA_BITS, OSNAME_TEMPLATE_NAME, InstructionField::reorderSubfields(), setTemplateExtraBits(), and ObjectState::stringValue().

Referenced by BinaryEncoding().

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longestTemplateExtraBits()

int BinaryEncoding::longestTemplateExtraBits

(

)

const

Returns the extra template bit amount in the largest template in the machine. Needed for instructionField's bitPosition-method.

Returns

The extra padding bits in the longest instruction template.

Definition at line 657 of file BinaryEncoding.cc.

                                               {
    if (immediateField_ == NULL) return 0;
 
    TCEString longestTemplate = "";
    int maxWidth = 0;
 
    for (int i = 0; i < immediateField_->templateCount(); ++i) {
        TCEString iTemplate = immediateField_->instructionTemplate(i);
        int w = width(iTemplate);
        if (w > maxWidth) {
            maxWidth = w;
            longestTemplate = iTemplate;
        }
    }
    return templateExtraBits(longestTemplate);
}

References immediateField_, ImmediateControlField::instructionTemplate(), ImmediateControlField::templateCount(), templateExtraBits(), and width().

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longImmDstRegisterField() [1/2]

LImmDstRegisterField & BinaryEncoding::longImmDstRegisterField	(	const std::string &	iTemp,
		const std::string &	dstUnit
	)		const

Returns the long immediate destination register field that gives the destination register of the given immediate unit in the given instruction template.

Parameters

iTemp	Name of the instruction template.
dstUnit	Name of the immediate unit.

Returns

The long immediate destination register field.

Exceptions

InstanceNotFound

If there is no such field.

Definition at line 434 of file BinaryEncoding.cc.

                                                            {
    int fields = longImmDstRegisterFieldCount();
    for (int i = 0; i < fields; i++) {
        LImmDstRegisterField& field = longImmDstRegisterField(i);
        if (field.usedByInstructionTemplate(iTemp)) {
            if (field.immediateUnit(iTemp) == dstUnit) {
                return field;
            }
        }
    }
 
    throw InstanceNotFound(__FILE__, __LINE__, __func__);
}

References __func__, LImmDstRegisterField::immediateUnit(), longImmDstRegisterField(), longImmDstRegisterFieldCount(), and LImmDstRegisterField::usedByInstructionTemplate().

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longImmDstRegisterField() [2/2]

LImmDstRegisterField & BinaryEncoding::longImmDstRegisterField

(

int

index

)

const

Returns a long immediate destination register field by the given index.

Parameters

index

The index.

Returns

The field.

Exceptions

OutOfRange

If the index is negative or not smaller than the number of long immediate destination register fields.

Definition at line 415 of file BinaryEncoding.cc.

                                                       {
    if (index < 0 || index >= longImmDstRegisterFieldCount()) {
        throw OutOfRange(__FILE__, __LINE__, __func__);
    }
 
    return *longImmDstRegFields_[index];
}

References __func__, longImmDstRegFields_, and longImmDstRegisterFieldCount().

Referenced by BEMValidator::checkLImmDstRegisterFields(), childField(), CodeCompressorPlugin::firstMoveSlotIndex(), longImmDstRegisterField(), printBEMInfo(), saveState(), width(), and DefaultDecoderGenerator::writeInstructionTemplateProcedures().

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longImmDstRegisterFieldCount()

int BinaryEncoding::longImmDstRegisterFieldCount

(

)

const

Returns the number of long immediate destination register fields in the instruction.

Returns

The number of fields.

Definition at line 400 of file BinaryEncoding.cc.

                                                   {
    return longImmDstRegFields_.size();
}

References longImmDstRegFields_.

Referenced by BEMValidator::checkLImmDstRegisterFields(), childField(), childFieldCount(), CodeCompressorPlugin::firstMoveSlotIndex(), longImmDstRegisterField(), printBEMInfo(), saveState(), and width().

moveSlot() [1/2]

MoveSlot & BinaryEncoding::moveSlot

(

const std::string &

name

)

const

Returns the move slot that programs the bus identified by the given name.

Parameters

The

bus name.

Returns

The move slot.

Exceptions

InstanceNotFound

If the encoding map does not contain a move slot with the given name.

Definition at line 160 of file BinaryEncoding.cc.

                                                    {
    for (MoveSlotContainer::const_iterator iter = moveSlots_.begin();
         iter != moveSlots_.end(); iter++) {
        MoveSlot* slot = *iter;
        if (slot->name() == name) {
            return *slot;
        }
    }
 
    const string procName = "BinaryEncoding::moveSlot";
    throw InstanceNotFound(__FILE__, __LINE__, procName);
}

References moveSlots_, and MoveSlot::name().

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moveSlot() [2/2]

MoveSlot & BinaryEncoding::moveSlot

(

int

index

)

const

Returns the move slot at given index.

The index does not have to reflect the actual order within the TTA instruction word.

Parameters

index

The index.

Returns

The move slot at given index.

Exceptions

OutOfRange

If the index is negative or is not smaller than the number of move slots of the TTA instruction word.

Definition at line 121 of file BinaryEncoding.cc.

                                        {
    if (index < 0 || index >= moveSlotCount()) {
        const string procName = "BinaryEncoding::moveSlot";
        throw OutOfRange(__FILE__, __LINE__, procName);
    }
 
    return *moveSlots_[index];
}

References moveSlotCount(), and moveSlots_.

Referenced by BEMValidator::checkDestinationField(), BEMValidator::checkGuardField(), BEMValidator::checkSourceField(), childField(), DestinationField::DestinationField(), ProGe::RV32MicroCodeGenerator::findBusWidths(), BEMGenerator::generate(), CodeCompressorPlugin::moveSlotWidth(), printBEMInfo(), saveState(), SourceField::SourceField(), width(), DefaultDecoderGenerator::writeBusControlRulesOfOutputSocket(), DefaultDecoderGenerator::writeBusControlRulesOfSImmSocketOfBus(), DefaultDecoderGenerator::writeControlRulesOfFUInputPort(), DefaultDecoderGenerator::writeControlRulesOfFUOutputPort(), DefaultDecoderGenerator::writeControlRulesOfRFReadPort(), DefaultDecoderGenerator::writeControlRulesOfRFWritePort(), DefaultDecoderGenerator::writeInstructionDismembering(), DefaultDecoderGenerator::writeInstructionTemplateProcedures(), DefaultDecoderGenerator::writeMoveFieldSignals(), DefaultDecoderGenerator::writeSimmDataSignal(), DefaultDecoderGenerator::writeSquashSignalGenerationProcess(), DefaultDecoderGenerator::writeSquashSignals(), and SocketCodeTable::~SocketCodeTable().

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moveSlotCount()

int BinaryEncoding::moveSlotCount

(

)

const

Returns the number of move slots in the instruction.

Returns

The number of move slots.

Definition at line 104 of file BinaryEncoding.cc.

                                    {
    return moveSlots_.size();
}

References moveSlots_.

Referenced by childField(), childFieldCount(), DestinationField::DestinationField(), ProGe::RV32MicroCodeGenerator::findBusWidths(), BEMGenerator::generate(), moveSlot(), CodeCompressorPlugin::moveSlotCount(), printBEMInfo(), saveState(), SourceField::SourceField(), width(), DefaultDecoderGenerator::writeInstructionDismembering(), DefaultDecoderGenerator::writeMoveFieldSignals(), and SocketCodeTable::~SocketCodeTable().

removeImmediateSlot()

void BinaryEncoding::removeImmediateSlot

(

ImmediateSlotField &

slot

)

Removes the given immediate slot from the encoding map.

This method is to be called from the destructor of ImmediateSlotField.

Parameters

slot	The immediate slot to be removed.

Definition at line 320 of file BinaryEncoding.cc.

                                                            {
    // verify that this is called from ImmediateSlotField destructor.
    assert(slot.parent() == NULL);
    assert(ContainerTools::removeValueIfExists(immediateSlots_, &slot));
}

References assert, immediateSlots_, ImmediateSlotField::parent(), and ContainerTools::removeValueIfExists().

Referenced by ImmediateSlotField::~ImmediateSlotField().

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removeInstructionFormat()

void BinaryEncoding::removeInstructionFormat

(

InstructionFormat &

format

)

Removes the given instruction format from the encoding map. This method is to be called from the destructor Instruction Format.

Parameters

format

The instruction format to be removed.

Definition at line 558 of file BinaryEncoding.cc.

                                                                 {
    assert(format.parent() == NULL);
    assert(ContainerTools::removeValueIfExists(instructionFormats_, &format));
}

References assert, instructionFormats_, InstructionFormat::parent(), and ContainerTools::removeValueIfExists().

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removeLongImmDstRegisterField()

void BinaryEncoding::removeLongImmDstRegisterField

(

LImmDstRegisterField &

field

)

Removes the given long immediate destination register field from the instruction format.

This method is to be called from the destructor of LImmDstRegisterField only!

Parameters

field

The field to remove.

Definition at line 475 of file BinaryEncoding.cc.

                                                                         {
    assert(field.parent() == NULL);
    assert(
        ContainerTools::removeValueIfExists(longImmDstRegFields_, &field));
}

References assert, longImmDstRegFields_, LImmDstRegisterField::parent(), and ContainerTools::removeValueIfExists().

Referenced by LImmDstRegisterField::~LImmDstRegisterField().

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removeMoveSlot()

void BinaryEncoding::removeMoveSlot

(

MoveSlot &

slot

)

Removes the given move slot from the encoding map.

This method is to be called from the destructor of MoveSlot.

Parameters

slot	The move slot to be removed.

Definition at line 203 of file BinaryEncoding.cc.

                                             {
    // verify that this is called from MoveSlot destructor.
    assert(slot.parent() == NULL);
    assert(ContainerTools::removeValueIfExists(moveSlots_, &slot));
}

References assert, moveSlots_, MoveSlot::parent(), and ContainerTools::removeValueIfExists().

Referenced by MoveSlot::~MoveSlot().

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removeSocketCodeTable()

void BinaryEncoding::removeSocketCodeTable

(

SocketCodeTable &

table

)

Removes the given socket code table from the encoding map.

This method is to be called from the destructor of SocketCodeTable.

Parameters

table

The socket code table to be removed.

Definition at line 645 of file BinaryEncoding.cc.

                                                            {
    assert(table.parent() == NULL);
    assert(ContainerTools::removeValueIfExists(socketCodes_, &table));
}

References assert, SocketCodeTable::parent(), ContainerTools::removeValueIfExists(), and socketCodes_.

Referenced by SocketCodeTable::~SocketCodeTable().

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saveState()

ObjectState * BinaryEncoding::saveState ( ) const

virtual

Saves the state of the binary encoding map to an ObjectState tree.

Returns

The newly created ObjectState tree.

Reimplemented from InstructionField.

Definition at line 858 of file BinaryEncoding.cc.

                                {
 
    ObjectState* bem = new ObjectState(OSNAME_BEM);
 
    // add move slots
    int moveSlots = moveSlotCount();
    for (int i = 0; i < moveSlots; i++) {
        MoveSlot& slot = moveSlot(i);
        bem->addChild(slot.saveState());
    }
 
    // add immediate slots
    int immediateSlots = immediateSlotCount();
    for (int i = 0; i < immediateSlots; i++) {
        ImmediateSlotField& slot = immediateSlot(i);
        bem->addChild(slot.saveState());
    }
 
    // add long immediate destination register fields
    int limmDstRegFields = longImmDstRegisterFieldCount();
    for (int i = 0; i < limmDstRegFields; i++) {
        LImmDstRegisterField& field = longImmDstRegisterField(i);
        bem->addChild(field.saveState());
    }
 
    // add socket code tables
    int tableCount = socketCodeTableCount();
    for (int i = 0; i < tableCount; i++) {
        SocketCodeTable& table = socketCodeTable(i);
        bem->addChild(table.saveState());
    }
 
    // add immediate control field
    if (hasImmediateControlField()) {
        bem->addChild(immediateControlField().saveState());
    }
 
    for (TemplateExtraBitCountMap::const_iterator
             i = extraTemplateBits_.begin(),
             e = extraTemplateBits_.end();
         i != e; ++i) {
        TCEString templateName = (*i).first;
        int bitCount = (*i).second;
        ObjectState* root =
            new ObjectState(BinaryEncoding::OSNAME_TEMPLATE_EXTRA_BITS);
 
        ObjectState* templateNameObj =
            new ObjectState(BinaryEncoding::OSNAME_TEMPLATE_NAME);
        templateNameObj->setValue(templateName);
 
        ObjectState* bitCountObj =
            new ObjectState(BinaryEncoding::OSNAME_TEMPLATE_EXTRA_BIT_COUNT);
        bitCountObj->setValue(bitCount);
 
        root->addChild(templateNameObj);
        root->addChild(bitCountObj);
 
        bem->addChild(root);
    }
 
    for (int i = 0; i < instructionFormatCount(); i++) {
        bem->addChild(instructionFormats_.at(i)->saveState());
    }
 
    return bem;
}

References ObjectState::addChild(), extraTemplateBits_, hasImmediateControlField(), immediateControlField(), immediateSlot(), immediateSlotCount(), instructionFormatCount(), instructionFormats_, longImmDstRegisterField(), longImmDstRegisterFieldCount(), moveSlot(), moveSlotCount(), OSNAME_BEM, OSNAME_TEMPLATE_EXTRA_BIT_COUNT, OSNAME_TEMPLATE_EXTRA_BITS, OSNAME_TEMPLATE_NAME, ImmediateSlotField::saveState(), LImmDstRegisterField::saveState(), MoveSlot::saveState(), SocketCodeTable::saveState(), ObjectState::setValue(), socketCodeTable(), and socketCodeTableCount().

Referenced by ProGe::ProGeUI::loadBinaryEncoding(), and BEMSerializer::writeBinaryEncoding().

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setImmediateControlField()

void BinaryEncoding::setImmediateControlField

(

ImmediateControlField &

field

)

Adds the given immediate control field to the instruction word.

This method is to be called from the constructor of ImmediateControlField.

Parameters

field

The immediate control field to be added.

Exceptions

ObjectAlreadyExists

If the instruction word already has an immediate control field.

Definition at line 367 of file BinaryEncoding.cc.

                                                                     {
    // verify that this is called from ImmediateControlField constructor
    assert(field.parent() == NULL);
 
    if (hasImmediateControlField()) {
        const string procName = "BinaryEncoding::setImmediateControlField";
        throw ObjectAlreadyExists(__FILE__, __LINE__, procName);
    }
 
    immediateField_ = &field;
}

References assert, hasImmediateControlField(), immediateField_, and ImmediateControlField::parent().

Referenced by ImmediateControlField::ImmediateControlField().

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setTemplateExtraBits()

void BinaryEncoding::setTemplateExtraBits	(	const TCEString &	templateName,
		int	bitCount
	)

Sets the extra padding bit count for an instruction template

Definition at line 995 of file BinaryEncoding.cc.

                                                 {
    extraTemplateBits_[templateName] = bitCount;
}

References extraTemplateBits_.

Referenced by loadState().

socketCodeTable() [1/2]

SocketCodeTable & BinaryEncoding::socketCodeTable

(

const std::string &

name

)

const

Returns the socket code table which has the given name.

Returns a NullSocketCodeTable instance if there is no such table.

Parameters

name	Name of the table.

Returns

The socket code table.

Definition at line 601 of file BinaryEncoding.cc.

                                                           {
 
    for (int i = 0; i < socketCodeTableCount(); i++) {
        SocketCodeTable& table = socketCodeTable(i);
        if (table.name() == name) {
            return table;
        }
    }
 
    return NullSocketCodeTable::instance();
}

References NullSocketCodeTable::instance(), SocketCodeTable::name(), socketCodeTable(), and socketCodeTableCount().

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socketCodeTable() [2/2]

SocketCodeTable & BinaryEncoding::socketCodeTable

(

int

index

)

const

Returns the socket code table at the given index.

Parameters

index

The index.

Exceptions

OutOfRange

If the given index is negative or not smaller than the number of socket code tables in the encoding map.

Definition at line 583 of file BinaryEncoding.cc.

                                               {
    if (index < 0 || index >= socketCodeTableCount()) {
        const string procName = "BinaryEncoding::socketCodeTable";
        throw OutOfRange(__FILE__, __LINE__, procName);
    }
 
    return *socketCodes_[index];
}

References socketCodes_, and socketCodeTableCount().

Referenced by SocketCodeTable::hasParentSCTable(), saveState(), socketCodeTable(), and SocketEncoding::SocketEncoding().

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socketCodeTableCount()

int BinaryEncoding::socketCodeTableCount

(

)

const

Returns the number of socket code tables contained by the encoding map.

Returns

The number of socket code tables.

Definition at line 569 of file BinaryEncoding.cc.

                                           {
    return socketCodes_.size();
}

References socketCodes_.

Referenced by SocketCodeTable::hasParentSCTable(), saveState(), and socketCodeTable().

templateExtraBits()

int BinaryEncoding::templateExtraBits

(

const TCEString &

templateName

)

const

Definition at line 1001 of file BinaryEncoding.cc.

                                                                     {
    TemplateExtraBitCountMap::const_iterator pos =
        extraTemplateBits_.find(templateName);
 
    if (pos == extraTemplateBits_.end()) return 0;
    return (*pos).second;
}

References extraTemplateBits_.

Referenced by longestTemplateExtraBits(), and width().

unsetImmediateControlField()

void BinaryEncoding::unsetImmediateControlField

(

)

Removes the immediate control field.

This method is to be called from the destructor of ImmediateControlField.

Definition at line 385 of file BinaryEncoding.cc.

                                           {
    // verify that this is called from ImmediateControlField destructor
    assert(hasImmediateControlField());
    assert(immediateControlField().parent() == NULL);
    immediateField_ = NULL;
}

References assert, hasImmediateControlField(), immediateControlField(), immediateField_, and InstructionField::parent().

Referenced by ImmediateControlField::~ImmediateControlField().

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width() [1/2]

int BinaryEncoding::width ( ) const

virtual

Returns the bit width of the maximum width instruction word defined by this encoding map.

Parameters

If	set, returns the instruction width of the given instruction template, otherwise the maximum.

Returns

The bit width of the instruction word.

Implements InstructionField.

Definition at line 751 of file BinaryEncoding.cc.

                            {
    if (immediateField_ == NULL) return width("");
 
    int maxWidth = 0;
    for (int i = 0; i < immediateField_->templateCount(); ++i) {
        TCEString iTemplate = immediateField_->instructionTemplate(i);
        int w = width(iTemplate);
        if (w > maxWidth) maxWidth = w;
    }
    return maxWidth;
}

References immediateField_, ImmediateControlField::instructionTemplate(), and ImmediateControlField::templateCount().

Referenced by longestTemplateExtraBits(), and width().

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width() [2/2]

int BinaryEncoding::width ( const TCEString &  templateName ) const

virtual

Returns the bit width of the instruction word defined by an instruction template in this encoding map.

Definition at line 768 of file BinaryEncoding.cc.

                                                         {
    int moveSlots = moveSlotCount();
    int immediateSlots = immediateSlotCount();
    int limmDstRegFields = longImmDstRegisterFieldCount();
    int width = 0;
 
    for (int i = 0; i < moveSlots; i++) {
        MoveSlot& slot = moveSlot(i);
        width += slot.width();
    }
 
    for (int i = 0; i < immediateSlots; i++) {
        ImmediateSlotField& slot = immediateSlot(i);
        width += slot.width();
    }
 
    for (int i = 0; i < limmDstRegFields; i++) {
        LImmDstRegisterField& field = longImmDstRegisterField(i);
        width += field.width();
    }
 
    if (hasImmediateControlField()) {
        width += immediateControlField().width();
    }
 
    width += templateExtraBits(templateName);
    width += extraBits();
    return width;
}

References InstructionField::extraBits(), hasImmediateControlField(), immediateControlField(), immediateSlot(), immediateSlotCount(), longImmDstRegisterField(), longImmDstRegisterFieldCount(), moveSlot(), moveSlotCount(), templateExtraBits(), ImmediateSlotField::width(), LImmDstRegisterField::width(), ImmediateControlField::width(), MoveSlot::width(), and width().

Referenced by CodeCompressorPlugin::bemBits(), BEMValidator::checkImemMauWidth(), ProgramImageGenerator::generateProgramImage(), main(), printBEMInfo(), ProGe::ProGeUI::readImemParameters(), CodeCompressorPlugin::setMachine(), and MachineCanvas::updateMachine().

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Member Data Documentation

extraTemplateBits_

TemplateExtraBitCountMap BinaryEncoding::extraTemplateBits_

private

Extra (padding) bits per instruction template.

Definition at line 166 of file BinaryEncoding.hh.

Referenced by saveState(), setTemplateExtraBits(), and templateExtraBits().

immediateField_

ImmediateControlField* BinaryEncoding::immediateField_

private

The immediate control field.

Definition at line 162 of file BinaryEncoding.hh.

Referenced by hasImmediateControlField(), immediateControlField(), longestTemplateExtraBits(), setImmediateControlField(), unsetImmediateControlField(), width(), and ~BinaryEncoding().

immediateSlots_

ImmediateSlotContainer BinaryEncoding::immediateSlots_

private

A container for immediate slots.

Definition at line 158 of file BinaryEncoding.hh.

Referenced by addImmediateSlot(), deleteImmediateSlots(), hasImmediateSlot(), immediateSlot(), immediateSlotCount(), and removeImmediateSlot().

instructionFormats_

InstructionFormatContainer BinaryEncoding::instructionFormats_

private

A container for instruction formats.

Definition at line 154 of file BinaryEncoding.hh.

Referenced by addInstructionFormat(), deleteInstructionFormats(), hasInstructionFormat(), instructionFormat(), instructionFormatCount(), removeInstructionFormat(), and saveState().

longImmDstRegFields_

LImmDstRegisterFieldContainer BinaryEncoding::longImmDstRegFields_

private

A container for long immediate register fields.

Definition at line 164 of file BinaryEncoding.hh.

Referenced by addLongImmDstRegisterField(), deleteLongImmDstRegisterFields(), longImmDstRegisterField(), longImmDstRegisterFieldCount(), and removeLongImmDstRegisterField().

moveSlots_

MoveSlotContainer BinaryEncoding::moveSlots_

private

A container for move slots.

Definition at line 156 of file BinaryEncoding.hh.

Referenced by addMoveSlot(), deleteMoveSlots(), hasMoveSlot(), moveSlot(), moveSlotCount(), and removeMoveSlot().

OSNAME_BEM

const std::string BinaryEncoding::OSNAME_BEM = "bem"

static

ObjectState name for binary encoding.

Definition at line 126 of file BinaryEncoding.hh.

Referenced by BEMSerializer::convertToOMFormat(), loadState(), and saveState().

OSNAME_FU_OPCODE

const std::string BinaryEncoding::OSNAME_FU_OPCODE

static

Definition at line 127 of file BinaryEncoding.hh.

OSNAME_TEMPLATE_EXTRA_BIT_COUNT

const std::string BinaryEncoding::OSNAME_TEMPLATE_EXTRA_BIT_COUNT

static

Initial value:

=
    "bit-count"

Definition at line 129 of file BinaryEncoding.hh.

Referenced by loadState(), and saveState().

OSNAME_TEMPLATE_EXTRA_BITS

const std::string BinaryEncoding::OSNAME_TEMPLATE_EXTRA_BITS

static

Initial value:

=
    "template-extra-bits"

Definition at line 128 of file BinaryEncoding.hh.

Referenced by BEMSerializer::convertToFileFormat(), BEMSerializer::convertToOMFormat(), loadState(), and saveState().

OSNAME_TEMPLATE_NAME

const std::string BinaryEncoding::OSNAME_TEMPLATE_NAME = "template"

static

Definition at line 130 of file BinaryEncoding.hh.

Referenced by loadState(), and saveState().

socketCodes_

SocketCodeTableContainer BinaryEncoding::socketCodes_

private

A container for socket code tables.

Definition at line 160 of file BinaryEncoding.hh.

Referenced by addSocketCodeTable(), deleteSocketCodes(), hasSocketCodeTable(), removeSocketCodeTable(), socketCodeTable(), and socketCodeTableCount().

---

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

• BinaryEncoding.hh
• BinaryEncoding.cc