#include <OperationPimpl.hh>

Collaboration diagram for OperationPimpl:

Classes
struct	OperationDAGInfo

Public Member Functions
	~OperationPimpl ()

int	numberOfInputs () const

int	numberOfOutputs () const

TCEString	name () const

void	setCall (bool setting)

void	setBranch (bool setting)

void	setControlFlowOperation (bool setting)

Operand &	operand (int id) const

Private Types
typedef std::vector< OperationDAGInfo >	DAGContainer

Private Member Functions
	OperationPimpl (const TCEString &name, OperationBehavior &behavior)

	OperationPimpl ()

	OperationPimpl (const OperationPimpl &)
	Copying not allowed. More...

OperationPimpl &	operator= (const OperationPimpl &)
	Assignment not allowed. More...

TCEString	description () const

void	addDag (const TCEString &code)

void	removeDag (int index)

int	dagCount () const

OperationDAG &	dag (int index) const

TCEString	dagCode (int index) const

void	setDagCode (int index, const TCEString &code)

TCEString	dagError (int index) const

bool	usesMemory () const

bool	readsMemory () const

bool	writesMemory () const

bool	canTrap () const

bool	hasSideEffects () const

bool	isClocked () const

bool	isControlFlowOperation () const

bool	isCall () const

bool	isBranch () const

bool	dependsOn (const Operation &op) const

void	setReadsMemory (bool setting)

void	setWritesMemory (bool setting)

int	affectsCount () const

int	affectedByCount () const

TCEString	affects (unsigned int i) const

TCEString	affectedBy (unsigned int i) const

bool	canSwap (int id1, int id2) const

Operand &	input (int index) const

void	addInput (Operand *operand)

Operand &	output (int index) const

void	addOutput (Operand *operand)

void	setBehavior (OperationBehavior &behavior)

OperationBehavior &	behavior () const

void	loadState (const ObjectState *state)

ObjectState *	saveState () const

bool	simulateTrigger (SimValue **, OperationContext &context) const

void	createState (OperationContext &context) const

void	deleteState (OperationContext &context) const

bool	canBeSimulated () const

bool	isNull () const

TCEString	emulationFunctionName () const

void	clear ()

Operand &	fetchOperand (int id, const std::vector< Operand * > &ops) const

Operand &	fetchOperand (int id) const

void	insertOperand (Operand operand, std::vector< Operand > &ops)

Private Attributes
OperationBehavior *	behavior_
	The behavior of the Operation. More...

std::string	name_
	Name of the Operation. More...

std::string	description_
	Description of the Operation. More...

DAGContainer	dags_
	Table of DAGs and their source codes of an operation. More...

int	inputs_
	The number of inputs of the Operation. More...

int	outputs_
	The number of outputs of the Operation. More...

bool	readsMemory_
	Flag indicating if Operation reads from memory. More...

bool	writesMemory_
	Flag indicating if Operation writes to memory. More...

bool	canTrap_
	Flag indicating if Operation can trap. More...

bool	hasSideEffects_
	Flag indicating if Operation has side effects. More...

bool	isClocked_
	Flag indicating if Operation is clocked and needs AdvanceClock. More...

bool	controlFlowOperation_
	Flag indicating if the Operation can change program flow. More...

std::set< std::string >	affects_
	Operations that affects this Operation. More...

std::set< std::string >	affectedBy_
	Operations that are affected by this Operation. More...

std::vector< Operand * >	inputOperands_
	Input Operands of the Operation. More...

std::vector< Operand * >	outputOperands_
	Output Operands of the Operation. More...

bool	isCall_
	Flag indicating if Operation is call. More...

bool	isBranch_
	Flag indicating if Operation is branch changing control flow. More...

Friends
class	Operation

Detailed Description

A private implementation class for Operation

Definition at line 54 of file OperationPimpl.hh.

Member Typedef Documentation

◆ DAGContainer

typedef std::vector<OperationDAGInfo> OperationPimpl::DAGContainer

private

Definition at line 146 of file OperationPimpl.hh.

Constructor & Destructor Documentation

◆ ~OperationPimpl()

OperationPimpl::~OperationPimpl ( )

Destructor.

Operands are destroyed.

Definition at line 80 of file OperationPimpl.cc.

                                 {
     clear();
 }

References clear().

Here is the call graph for this function:

◆ OperationPimpl() [1/3]

OperationPimpl::OperationPimpl	(	const TCEString &	name,
		OperationBehavior &	behavior
	)

private

Constructor.

Parameters

name	The name of the Operation.
behavior	The behavior of the Operation.

Definition at line 65 of file OperationPimpl.cc.

                                  : 
     behavior_(&behavior), name_(StringTools::stringToUpper(name)), 
     description_(""),
     inputs_(0), outputs_(0), readsMemory_(false), writesMemory_(false), 
     canTrap_(false), hasSideEffects_(false), isClocked_(false),
     controlFlowOperation_(false), isCall_(false), isBranch_(false) {
 }

◆ OperationPimpl() [2/3]

OperationPimpl::OperationPimpl ( )

private

◆ OperationPimpl() [3/3]

OperationPimpl::OperationPimpl ( const OperationPimpl & )

private

Copying not allowed.

Member Function Documentation

◆ addDag()

void OperationPimpl::addDag ( const TCEString & code )

private

Creates new DAG and adds it's code for operation.

Parameters

code	Source code written in DAG language.

Definition at line 140 of file OperationPimpl.cc.

                                                  {
     OperationDAGInfo newDag;
     newDag.code = code;
     newDag.dag = &OperationDAG::null;
     newDag.compilationFailed = false;
     dags_.push_back(newDag);
 }

References OperationPimpl::OperationDAGInfo::code, OperationPimpl::OperationDAGInfo::compilationFailed, OperationPimpl::OperationDAGInfo::dag, dags_, and OperationDAG::null.

Referenced by Operation::addDag(), and loadState().

◆ addInput()

void OperationPimpl::addInput ( Operand * operand )

private

Definition at line 620 of file OperationPimpl.cc.

                                          {
     inputOperands_.push_back(operand);
     inputs_ = inputOperands_.size();
 }

References inputOperands_, inputs_, and operand().

Referenced by Operation::addInput().

Here is the call graph for this function:

◆ addOutput()

void OperationPimpl::addOutput ( Operand * operand )

private

Definition at line 626 of file OperationPimpl.cc.

                                           {
     outputOperands_.push_back(operand);
     outputs_ = outputOperands_.size();
 }

References operand(), outputOperands_, and outputs_.

Referenced by Operation::addOutput().

Here is the call graph for this function:

◆ affectedBy()

TCEString OperationPimpl::affectedBy ( unsigned int i ) const

private

Returns the name of the operation that is affected by this operation.

Parameters

i	The index of the operation.

Exceptions

OutOfRange If index is illegal.

Returns: The name of the operation.

Definition at line 389 of file OperationPimpl.cc.

                                                {
  
     if (i >= affectedBy_.size()) {
         string method = "OperationPimpl::affectedBy()";
         string msg = "Index out of range.";
         throw OutOfRange(__FILE__, __LINE__, method, msg);
     }
  
     set<string>::const_iterator it = affectedBy_.begin();
     unsigned int count = 0;
     while (count < i) {
         it++;
         count++;
     }
     return *it;
 }

References affectedBy_.

Referenced by Operation::affectedBy(), loadState(), and saveState().

◆ affectedByCount()

int OperationPimpl::affectedByCount ( ) const

private

Returns the number of operations affected by this operation.

Returns: The number of operations affected by this operation.

Definition at line 353 of file OperationPimpl.cc.

                                       {
     return affectedBy_.size();
 }

References affectedBy_.

Referenced by Operation::affectedByCount().

◆ affects()

TCEString OperationPimpl::affects ( unsigned int i ) const

private

Returns the name of the operation this operation affects.

Parameters

i	The index of the operation.

Returns: The name of the operation.

Definition at line 364 of file OperationPimpl.cc.

                                             {
     
     if (i >= affects_.size()) {
         string method = "OperationPimpl::affects()";
         string msg = "Index out of range.";
         throw OutOfRange(__FILE__, __LINE__, method, msg);
     }
     
     set<string>::const_iterator it = affects_.begin();
     unsigned int count = 0;
     while (count < i) {
         it++;
         count++;
     }
     return *it;
 }

References affects_.

Referenced by Operation::affects(), loadState(), and saveState().

◆ affectsCount()

int OperationPimpl::affectsCount ( ) const

private

Returns the number of operations that affect this operation.

Returns: The number of operations that affect this operation.

Definition at line 343 of file OperationPimpl.cc.

                                    {
     return affects_.size();
 }

References affects_.

Referenced by Operation::affectsCount().

◆ behavior()

OperationBehavior & OperationPimpl::behavior ( ) const

private

Returns the behavior of Operation.

Returns: The behavior of Operation.

Definition at line 333 of file OperationPimpl.cc.

                                {
     return *behavior_;
 }

References behavior_.

Referenced by Operation::areValid(), Operation::behavior(), and setBehavior().

◆ canBeSimulated()

bool OperationPimpl::canBeSimulated ( ) const

private

Returns true if this operation has behavior, or dag which is simulateable (doesn't contain infinite recursion loop).

Returns: True if this operation has behavior, or dag which is

Definition at line 786 of file OperationPimpl.cc.

                                      {    
     return behavior_->canBeSimulated();
 }

References behavior_, and OperationBehavior::canBeSimulated().

Referenced by Operation::canBeSimulated().

Here is the call graph for this function:

◆ canSwap()

bool OperationPimpl::canSwap	(	int	id1,
		int	id2
	)		const

private

Returns true if Operands can be swapped.

Parameters

id1	Id of the first Operand.
id2	Id of the second Operand.

Returns: True, if Operands can be swapped, false otherwise.

Definition at line 435 of file OperationPimpl.cc.

                                               {
  
     Operand& op1 = fetchOperand(id1);
     Operand& op2 = fetchOperand(id2);
     
     if (&op1 == &NullOperand::instance() || 
         &op2 == &NullOperand::instance()) {
         return false;
     }
     return op1.canSwap(op2);
 }

References Operand::canSwap(), fetchOperand(), and NullOperand::instance().

Referenced by Operation::canSwap().

Here is the call graph for this function:

◆ canTrap()

bool OperationPimpl::canTrap ( ) const

private

Returns true if Operation can trap.

Returns: True if Operation can trap, false otherwise.

Definition at line 258 of file OperationPimpl.cc.

                               {
     return canTrap_;
 }

References canTrap_.

Referenced by Operation::canTrap().

◆ clear()

void OperationPimpl::clear ( )

private

Clears the operation.

Definition at line 88 of file OperationPimpl.cc.

                       {
  
     for (int i = 0; i < dagCount(); i++) {
         if (!dags_[i].dag->isNull()) {
             delete dags_[i].dag;
         }
     }   
     dags_.clear();
     
     SequenceTools::deleteAllItems(inputOperands_);
     SequenceTools::deleteAllItems(outputOperands_);
     inputOperands_.clear();
     outputOperands_.clear();
     affects_.clear();
     affectedBy_.clear();
     name_ = "";
     inputs_ = 0;
     outputs_ = 0;
     readsMemory_ = false;
     writesMemory_ = false;
     canTrap_ = false;
     hasSideEffects_ = false;
     controlFlowOperation_ = false;
     isBranch_ = false;
     isCall_ = false;
 }

References affectedBy_, affects_, canTrap_, controlFlowOperation_, dag(), dagCount(), dags_, SequenceTools::deleteAllItems(), hasSideEffects_, inputOperands_, inputs_, isBranch_, isCall_, OperationDAG::isNull(), name_, outputOperands_, outputs_, readsMemory_, and writesMemory_.

Referenced by loadState(), and ~OperationPimpl().

Here is the call graph for this function:

◆ createState()

void OperationPimpl::createState ( OperationContext & context ) const

private

Creates an instance of operation state for this operation and adds it to the operation context.

Parameters

context The operation context to add the state in.

Definition at line 764 of file OperationPimpl.cc.

                                                            {
     behavior_->createState(context);
 }

References behavior_, and OperationBehavior::createState().

Referenced by Operation::createState().

Here is the call graph for this function:

◆ dag()

OperationDAG & OperationPimpl::dag ( int index ) const

private

Returns an operation DAG for operation.

Compiles DAG from code to object if necessary.

Parameters

index Index of returned DAG.

Returns: Requested operation DAG or OperationDAG::null if DAG is not valid.

Definition at line 186 of file OperationPimpl.cc.

                                    {       
  
     // if dag is not up to date, try to compile it, if compilation failed and
     // dag code has not been changed don't try to compile again
     if (dags_[index].dag->isNull() && !dags_[index].compilationFailed) {
         
         try {
             dags_[index].dag = 
                 OperationDAGConverter::createDAG(*this, dags_[index].code);
             dags_[index].compilationFailed = false;
             dags_[index].error = "";
             
         } catch (const IllegalParameters &e) {
             dags_[index].dag = &OperationDAG::null;
             dags_[index].error = e.errorMessage();
             dags_[index].compilationFailed = true;
  
         } catch (const Exception &e) {
             dags_[index].dag = &OperationDAG::null;
             dags_[index].error = "UNEXPECTED ERROR: " + e.errorMessage();
             dags_[index].compilationFailed = true;
         }
     }
  
     return *dags_[index].dag;
 }

References OperationDAGConverter::createDAG(), dags_, Exception::errorMessage(), OperationDAG::isNull(), and OperationDAG::null.

Referenced by clear(), Operation::dag(), and setDagCode().

Here is the call graph for this function:

◆ dagCode()

TCEString OperationPimpl::dagCode ( int index ) const

private

Returns source code of DAG.

Parameters

index Index of DAG whose source code is requested.

Returns: The source code set for DAG.

Definition at line 220 of file OperationPimpl.cc.

                                        {
     return dags_[index].code;
 }

References dags_.

Referenced by Operation::dagCode(), and saveState().

◆ dagCount()

int OperationPimpl::dagCount ( ) const

private

Returns number of DAGs stored for operation.

Returns: Number of DAGs stored for operation.

Definition at line 172 of file OperationPimpl.cc.

                                {
     return dags_.size();
 }

References dags_.

Referenced by clear(), Operation::dagCount(), and saveState().

◆ dagError()

TCEString OperationPimpl::dagError ( int index ) const

private

Error message if DAG source code could not be compiled.

Parameters

index Index of DAG whose error is returned.

Returns: Error message, empty string if DAG was compiles successfully.

Definition at line 248 of file OperationPimpl.cc.

                                         {
     return dags_[index].error;
 }

References dags_.

Referenced by Operation::dagError().

◆ deleteState()

void OperationPimpl::deleteState ( OperationContext & context ) const

private

Deletes an instance of operation state for this operation from the operation context.

Parameters

context The operation context to delete the state from.

Definition at line 775 of file OperationPimpl.cc.

                                                            {
     behavior_->deleteState(context);
 }

References behavior_, and OperationBehavior::deleteState().

Referenced by Operation::deleteState().

Here is the call graph for this function:

◆ dependsOn()

bool OperationPimpl::dependsOn ( const Operation & op ) const

private

Returns true if Operation depends on the given operation.

Parameters

op	The Operation being investigated.

Returns: True if Operation depends on the given operation, false otherwise.

Definition at line 413 of file OperationPimpl.cc.

                                                    {
     set<string>::const_iterator it = affects_.find(op.name());
     if (it != affects_.end()) {
         return true;
     } else {
         it = affectedBy_.find(op.name());
         if (it != affectedBy_.end()) {
             return true;
         }
     }
     
     return false;
 }

References affectedBy_, affects_, and Operation::name().

Referenced by Operation::dependsOn().

Here is the call graph for this function:

◆ description()

TCEString OperationPimpl::description ( ) const

private

Returns the description of the Operation.

Returns: The description of the Operation.

Definition at line 131 of file OperationPimpl.cc.

                                   {
     return description_;
 }

References description_.

Referenced by Operation::description().

◆ emulationFunctionName()

TCEString OperationPimpl::emulationFunctionName ( ) const

private

Name of emulation function which is called if the operation is emulated in program.

Returns: Name of emulation function of the instruction.

Definition at line 819 of file OperationPimpl.cc.

                                             {
     std::string functionName; 
  
     functionName = "__emulate_" + std::string(name()) + 
         "_" + Conversion::toString(numberOfInputs()) +
         "_" + Conversion::toString(numberOfOutputs());
     
     for (int i = 1; i <= numberOfInputs(); i++) {
         Operand& oper = operand(i);
         functionName += "_" + llvmOperandType(oper.type());
     }
     
     for (int i = 1; i <= numberOfOutputs(); i++) {
         Operand& oper = operand(numberOfInputs() + i);
         functionName += "_" + llvmOperandType(oper.type());        
     }    
     
     return functionName;
 }

References llvmOperandType(), name(), numberOfInputs(), numberOfOutputs(), operand(), Conversion::toString(), and Operand::type().

Referenced by Operation::emulationFunctionName().

Here is the call graph for this function:

◆ fetchOperand() [1/2]

Operand & OperationPimpl::fetchOperand ( int id ) const

private

Returns an operand with a certain id if it exists.

If operand is not found, NullOperand is returned.

Parameters

id	Id of the operand.

Returns: Operand with a certain id.

Definition at line 696 of file OperationPimpl.cc.

                                          {
     assert(id != 0);
  
     for (unsigned int i = 0; i < inputOperands_.size(); i++) {
         if (inputOperands_[i]->index() == id) {
             return *inputOperands_[i];
         }
     }
  
     for (unsigned int i = 0; i < outputOperands_.size(); i++) {
         if (outputOperands_[i]->index() == id) {
             return *outputOperands_[i];
         }
     }
  
     return NullOperand::instance();
 }

References assert, inputOperands_, NullOperand::instance(), and outputOperands_.

Here is the call graph for this function:

◆ fetchOperand() [2/2]

Operand & OperationPimpl::fetchOperand	(	int	id,
		const std::vector< Operand * > &	ops
	)		const

private

Returns an operand with a certain id if it exists.

If operand is not found, a null operand is returned.

Parameters

id	The id of an operand.
ops	Vector where operand is searched.

Returns: Operand with a certain id.

Definition at line 674 of file OperationPimpl.cc.

                                                                          {
     assert(id != 0);
  
     for (std::vector<Operand*>::const_iterator i = ops.begin(); i != ops.end();
         ++i) {
         if ((*i)->index() == id) {
             return **i;
         }
     }
  
     return NullOperand::instance();
 }

References assert, and NullOperand::instance().

Referenced by canSwap(), and operand().

Here is the call graph for this function:

◆ hasSideEffects()

bool OperationPimpl::hasSideEffects ( ) const

private

Return true if operation has side effects.

Returns: True if Operation has side effects, false otherwise.

Definition at line 268 of file OperationPimpl.cc.

                                      {
     return hasSideEffects_;
 }

References hasSideEffects_.

Referenced by Operation::hasSideEffects().

◆ input()

Operand& OperationPimpl::input ( int index ) const

inlineprivate

Referenced by Operation::input().

◆ insertOperand()

void OperationPimpl::insertOperand	(	Operand *	operand,
		std::vector< Operand * > &	ops
	)

private

Inserts operand to the right place.

Operands are inserted according to their indexes.

Parameters

operand	Operand to be inserted.
ops	Vector in which operand is inserted.

Definition at line 723 of file OperationPimpl.cc.

                                                                         {
     
     vector<Operand*>::iterator it = ops.begin();
     bool inserted = false;
     while (it != ops.end()) {
         if ((*it)->index() > operand->index()) {
             inserted = true;
             ops.insert(it, operand);
             break;
         }
         it++;
     }
     if (!inserted) {
         ops.push_back(operand);
     }
 }

References Operand::index(), and operand().

Referenced by loadState().

Here is the call graph for this function:

◆ isBranch()

bool OperationPimpl::isBranch ( ) const

private

Return true if the operation is branch.

Branches of different type have this property set.

Returns: True if Operation is a branch operation.

Definition at line 313 of file OperationPimpl.cc.

                                {
     return isBranch_;
 }

References isBranch_.

Referenced by Operation::isBranch().

◆ isCall()

bool OperationPimpl::isCall ( ) const

private

Return true if the operation is call.

Calls of different type have this property set.

Returns: True if Operation is a call operation.

Definition at line 302 of file OperationPimpl.cc.

                              {
     return isCall_;
 }

References isCall_.

Referenced by Operation::isCall().

◆ isClocked()

bool OperationPimpl::isClocked ( ) const

private

Returns true if the operation is clocked.

Returns: True if the operation is clocked.

Definition at line 278 of file OperationPimpl.cc.

                                 {
     return isClocked_;
 }

References isClocked_.

Referenced by Operation::isClocked().

◆ isControlFlowOperation()

bool OperationPimpl::isControlFlowOperation ( ) const

private

Return true if the operation can change control flow.

Branches and calls of different type have this property set.

Returns: True if Operation is a control flow operation.

Definition at line 290 of file OperationPimpl.cc.

                                              {
     return controlFlowOperation_;
 }

References controlFlowOperation_.

Referenced by Operation::isControlFlowOperation().

◆ isNull()

bool OperationPimpl::isNull ( ) const

private

◆ loadState()

void OperationPimpl::loadState ( const ObjectState * state )

private

Loads the Operation from ObjectState object.

Parameters

state The state of the Operation.

Definition at line 453 of file OperationPimpl.cc.

                                                   {
  
     clear();
  
     string method = "OperationPimpl::loadState()";
     
     try {
         name_ = StringTools::stringToUpper(state->stringAttribute(
             Operation::OPRN_NAME));
  
         description_ = state->stringAttribute(Operation::OPRN_DESCRIPTION);
  
         inputs_ = state->intAttribute(Operation::OPRN_INPUTS);
         outputs_ = state->intAttribute(Operation::OPRN_OUTPUTS);
  
         canTrap_ = state->boolAttribute(Operation::OPRN_TRAP);
         hasSideEffects_ = state->boolAttribute(Operation::OPRN_SIDE_EFFECTS);
         isClocked_ = state->boolAttribute(Operation::OPRN_CLOCKED);
         controlFlowOperation_ = state->boolAttribute(Operation::OPRN_CONTROL_FLOW);
         isCall_ = state->boolAttribute(Operation::OPRN_ISCALL);
         isBranch_ = state->boolAttribute(Operation::OPRN_ISBRANCH);
         readsMemory_ = state->boolAttribute(Operation::OPRN_READS_MEMORY);
         writesMemory_ = state->boolAttribute(Operation::OPRN_WRITES_MEMORY);
                 
         for (int i = 0; i < state->childCount(); i++) {
             ObjectState* child = state->child(i);
            
             if (child->name() == Operation::OPRN_IN) {
                 Operand* operand = new Operand(true);
                 operand->loadState(child);
                 if (operand->index() < 1 || operand->index() > inputs_) {
                     string msg = "Input operand index illegal";
                     throw Exception(__FILE__, __LINE__, method, msg);
                 }
                 insertOperand(operand, inputOperands_);
  
             } else if (child->name() == Operation::OPRN_OUT) {
                 Operand* operand = new Operand(false);
                 operand->loadState(child);
                 if (operand->index() <= inputs_ || 
                     operand->index() > inputs_ + outputs_) {
                     string msg = "Output operand index illegal";
                     throw Exception(__FILE__, __LINE__, method, msg);
                 }
                 insertOperand(operand, outputOperands_);
  
             } else if (child->name() == Operation::OPRN_AFFECTS) {
                 for (int j = 0; j < child->childCount(); j++) {
                     ObjectState* affects = child->child(j);
                     affects_.insert(
                         StringTools::stringToUpper(
                             affects->stringAttribute(Operation::OPRN_NAME)));
                 }
  
             } else if (child->name() == Operation::OPRN_AFFECTED_BY) {            
                 for (int j = 0; j < child->childCount(); j++) {
                     ObjectState* affectedBy = child->child(j);
                     affectedBy_.insert(
                         StringTools::stringToUpper(
                             affectedBy->stringAttribute(Operation::OPRN_NAME)));
                 }
  
             } else if (child->name() == Operation::OPRN_TRIGGER) {                
                 addDag(child->stringValue());
                 
             } else {
                 // no other childs should be possible
                 string msg = "Unknown child: " + child->name();
                 throw Exception(__FILE__, __LINE__, method, msg);
             }
         }
         
         // TODO: check can-swap operands and verify that they are created
         //       properly
         
         // add operands that are not defined in XML nor can-swap..
         for (int i = 1; i <= inputs_; ++i) {
             if (&operand(i) == &NullOperand::instance()) {
                 Operand* operand = new Operand(true, i, Operand::SINT_WORD);
                 insertOperand(operand, inputOperands_);
             }
         }
  
         for (int i = 1 + inputs_; i <= inputs_ + outputs_; ++i) {
             if (&operand(i) == &NullOperand::instance()) {
                 Operand* operand = new Operand(true, i, Operand::SINT_WORD);
                 insertOperand(operand, outputOperands_);
             }
         }
  
     } catch (const Exception& e) {
         string msg = "Problems loading Operation: " + e.errorMessage();
         ObjectStateLoadingException error(__FILE__, __LINE__, method, msg);
         error.setCause(e);
         throw error;
     }
 }

References addDag(), affectedBy(), affectedBy_, affects(), affects_, ObjectState::boolAttribute(), canTrap_, ObjectState::child(), ObjectState::childCount(), clear(), controlFlowOperation_, description_, Exception::errorMessage(), hasSideEffects_, Operand::index(), inputOperands_, inputs_, insertOperand(), NullOperand::instance(), ObjectState::intAttribute(), isBranch_, isCall_, isClocked_, Operand::loadState(), ObjectState::name(), name_, operand(), Operation::OPRN_AFFECTED_BY, Operation::OPRN_AFFECTS, Operation::OPRN_CLOCKED, Operation::OPRN_CONTROL_FLOW, Operation::OPRN_DESCRIPTION, Operation::OPRN_IN, Operation::OPRN_INPUTS, Operation::OPRN_ISBRANCH, Operation::OPRN_ISCALL, Operation::OPRN_NAME, Operation::OPRN_OUT, Operation::OPRN_OUTPUTS, Operation::OPRN_READS_MEMORY, Operation::OPRN_SIDE_EFFECTS, Operation::OPRN_TRAP, Operation::OPRN_TRIGGER, Operation::OPRN_WRITES_MEMORY, outputOperands_, outputs_, readsMemory_, Exception::setCause(), Operand::SINT_WORD, ObjectState::stringAttribute(), StringTools::stringToUpper(), ObjectState::stringValue(), and writesMemory_.

Referenced by Operation::loadState().

Here is the call graph for this function:

◆ name()

TCEString OperationPimpl::name ( ) const

Returns the name of the Operation.

Returns: The name of the Operation.

Definition at line 121 of file OperationPimpl.cc.

                            {
     return name_;
 }

References name_.

Referenced by OperationDAGBuilder::connectOperandToNode(), FUGen::constantName(), FUGen::DAGNodeOperandWidth(), emulationFunctionName(), OperationDAGBuilder::finalize(), Operation::name(), and FUGen::subOpConnection().

◆ numberOfInputs()

int OperationPimpl::numberOfInputs ( ) const

inline

Referenced by emulationFunctionName(), OperationDAGBuilder::finalize(), and Operation::numberOfInputs().

◆ numberOfOutputs()

int OperationPimpl::numberOfOutputs ( ) const

inline

Referenced by emulationFunctionName(), OperationDAGBuilder::finalize(), and Operation::numberOfOutputs().

◆ operand()

Operand & OperationPimpl::operand ( int id ) const

Returns the Operand with the given id if found, otherwise null Operand.

Note: This method is used to fetch operands with their 'id', the number which identifies it to the programmer. That is, output ids start from the last input id + 1, etc.

Parameters

id	The id of Operand.

Returns: Operand if found, null Operand otherwise.

Definition at line 655 of file OperationPimpl.cc.

                                     {
     assert(id != 0);
     Operand& op = fetchOperand(id, inputOperands_);
     if (&op == &NullOperand::instance()) {
         return fetchOperand(id, outputOperands_);
     }
     return op;
 }

References assert, fetchOperand(), inputOperands_, NullOperand::instance(), and outputOperands_.

Referenced by addInput(), addOutput(), emulationFunctionName(), insertOperand(), loadState(), Operation::operand(), saveState(), and OperationDAGConverter::writeNode().

Here is the call graph for this function:

◆ operator=()

OperationPimpl& OperationPimpl::operator= ( const OperationPimpl & )

private

Assignment not allowed.

◆ output()

Operand & OperationPimpl::output ( int index ) const

private

Returns the output Operand with the given index.

This method can be used to traverse the list of output operands (the max index is numberOfOutput() - 1).

Parameters

index The index of Operand.

Definition at line 640 of file OperationPimpl.cc.

                                       {
     return *outputOperands_.at(index);
 }

References outputOperands_.

Referenced by Operation::output().

◆ readsMemory()

bool OperationPimpl::readsMemory ( ) const

inlineprivate

Referenced by Operation::readsMemory().

◆ removeDag()

void OperationPimpl::removeDag ( int index )

private

Removes DAG of given index from operation.

Parameters

index Index of dag to delete.

Definition at line 154 of file OperationPimpl.cc.

                                    {
     DAGContainer::iterator i = dags_.begin() + index;
  
     if (!i->dag->isNull()) {
         delete i->dag;
         i->dag = &OperationDAG::null;
     }
  
     dags_.erase(i);
 }

References dags_, and OperationDAG::null.

Referenced by Operation::removeDag().

◆ saveState()

ObjectState * OperationPimpl::saveState ( ) const

private

Saves the state of the Operation in ObjectState object.

Returns: The state of the Operation.

Definition at line 557 of file OperationPimpl.cc.

                                 {
     
     ObjectState* root = new ObjectState(Operation::OPRN_OPERATION);
     root->setAttribute(Operation::OPRN_NAME, name_);
     root->setAttribute(Operation::OPRN_DESCRIPTION, description_);
     root->setAttribute(Operation::OPRN_INPUTS, inputs_);
     root->setAttribute(Operation::OPRN_OUTPUTS, outputs_);
     
     root->setAttribute(Operation::OPRN_TRAP, canTrap_);
     root->setAttribute(Operation::OPRN_SIDE_EFFECTS, hasSideEffects_);
     root->setAttribute(Operation::OPRN_CLOCKED, isClocked_);
     root->setAttribute(Operation::OPRN_CONTROL_FLOW, controlFlowOperation_);
     root->setAttribute(Operation::OPRN_ISCALL, isCall_);
     root->setAttribute(Operation::OPRN_ISBRANCH, isBranch_);
     root->setAttribute(Operation::OPRN_READS_MEMORY, readsMemory_);
     root->setAttribute(Operation::OPRN_WRITES_MEMORY, writesMemory_);
         
     if (affectedBy_.size() > 0) {
             ObjectState* affectedBy = new ObjectState(Operation::OPRN_AFFECTED_BY);
             set<string>::const_iterator it = affectedBy_.begin();
             while (it != affectedBy_.end()) {
                 ObjectState* affectedByChild = new ObjectState(Operation::OPRN_OPERATION);
                 affectedByChild->setAttribute(Operation::OPRN_NAME, *it);
                 affectedBy->addChild(affectedByChild);
                 it++;
             }
         root->addChild(affectedBy);
     }
    
     if (affects_.size() > 0) {
         ObjectState* affects = new ObjectState(Operation::OPRN_AFFECTS);
         set<string>::const_iterator it = affects_.begin();
         while (it != affects_.end()) {
             ObjectState* affectsChild = new ObjectState(Operation::OPRN_OPERATION);
             affectsChild->setAttribute(Operation::OPRN_NAME, *it);
             affects->addChild(affectsChild);
             it++;
         }
         root->addChild(affects);
     }
  
     for (unsigned int i = 0; i < inputOperands_.size(); i++) {
         ObjectState* operand = inputOperands_[i]->saveState();
         operand->setName(Operation::OPRN_IN);
         root->addChild(operand);
     }
     
     for (unsigned int i = 0; i < outputOperands_.size(); i++) {
         ObjectState* operand = outputOperands_[i]->saveState();
         operand->setName(Operation::OPRN_OUT);
         root->addChild(operand);
     }
  
     for (int i = 0; i < dagCount(); i++) {     
         ObjectState* trigger = new ObjectState(Operation::OPRN_TRIGGER);
         trigger->setValue(dagCode(i));
         root->addChild(trigger);
     }
  
     return root;
 }

References ObjectState::addChild(), affectedBy(), affectedBy_, affects(), affects_, canTrap_, controlFlowOperation_, dagCode(), dagCount(), description_, hasSideEffects_, inputOperands_, inputs_, isBranch_, isCall_, isClocked_, name_, operand(), Operation::OPRN_AFFECTED_BY, Operation::OPRN_AFFECTS, Operation::OPRN_CLOCKED, Operation::OPRN_CONTROL_FLOW, Operation::OPRN_DESCRIPTION, Operation::OPRN_IN, Operation::OPRN_INPUTS, Operation::OPRN_ISBRANCH, Operation::OPRN_ISCALL, Operation::OPRN_NAME, Operation::OPRN_OPERATION, Operation::OPRN_OUT, Operation::OPRN_OUTPUTS, Operation::OPRN_READS_MEMORY, Operation::OPRN_SIDE_EFFECTS, Operation::OPRN_TRAP, Operation::OPRN_TRIGGER, Operation::OPRN_WRITES_MEMORY, outputOperands_, outputs_, readsMemory_, ObjectState::setAttribute(), ObjectState::setValue(), and writesMemory_.

Referenced by Operation::saveState().

Here is the call graph for this function:

◆ setBehavior()

void OperationPimpl::setBehavior ( OperationBehavior & behavior )

private

Sets the behavior for operation.

Parameters

behavior Behavior for an operation.

Definition at line 323 of file OperationPimpl.cc.

                                                        {
     behavior_ = &behavior;
 }

References behavior(), and behavior_.

Referenced by Operation::setBehavior().

Here is the call graph for this function:

◆ setBranch()

void OperationPimpl::setBranch ( bool setting )

Sets property of operation indicating that the operation is branch changing control flow.

Definition at line 861 of file OperationPimpl.cc.

                                       {
     isBranch_ = setting;
 }

References isBranch_.

Referenced by Operation::setBranch().

◆ setCall()

void OperationPimpl::setCall ( bool setting )

Sets property of operation indicating that the operation is function call.

Definition at line 852 of file OperationPimpl.cc.

                                     {
     isCall_ = setting;
 }

References isCall_.

Referenced by Operation::setCall().

◆ setControlFlowOperation()

void OperationPimpl::setControlFlowOperation ( bool setting )

Sets property of operation indicating that the operation is changing control flow.

Definition at line 844 of file OperationPimpl.cc.

                                                     {
     controlFlowOperation_ = setting;
 }

References controlFlowOperation_.

Referenced by Operation::setControlFlowOperation().

◆ setDagCode()

void OperationPimpl::setDagCode	(	int	index,
		const TCEString &	code
	)

private

Set new source code for DAG and automatically tries to compile latest version to object.

Parameters

index	Index of DAG whose source code is updated.
code	New source code in DAG Osal Language.

Definition at line 232 of file OperationPimpl.cc.

                                                            {    
     dags_[index].code = code;
     if (!dags_[index].dag->isNull()) {
         delete dags_[index].dag;
         dags_[index].dag = &OperationDAG::null;
     }
     dags_[index].compilationFailed = false;
 }

References dag(), dags_, OperationDAG::isNull(), and OperationDAG::null.

Referenced by Operation::setDagCode().

Here is the call graph for this function:

◆ setReadsMemory()

void OperationPimpl::setReadsMemory ( bool setting )

private

Specifies if operation reads memory.

Definition at line 869 of file OperationPimpl.cc.

                                           {
     readsMemory_ = setting;
 }

References readsMemory_.

Referenced by Operation::setReadsMemory().

◆ setWritesMemory()

void OperationPimpl::setWritesMemory ( bool setting )

private

Specifies if operation writes memory.

Definition at line 877 of file OperationPimpl.cc.

                                            {
     writesMemory_ = setting;
 }

References writesMemory_.

Referenced by Operation::setWritesMemory().

◆ simulateTrigger()

bool OperationPimpl::simulateTrigger	(	SimValue **	io,
		OperationContext &	context
	)		const

private

Simulates the process of starting execution of an operation.

Parameters

io	The input and output operands.
context	The operation context.

Returns: True, if all values could be computed, false otherwise.

Exceptions

Exception Depends on the operation behavior.

Definition at line 750 of file OperationPimpl.cc.

                                      {
    
     return behavior_->simulateTrigger(io, context);
 }

References behavior_, and OperationBehavior::simulateTrigger().

Referenced by Operation::simulateTrigger().

Here is the call graph for this function:

◆ usesMemory()

bool OperationPimpl::usesMemory ( ) const

inlineprivate

Referenced by Operation::usesMemory().

◆ writesMemory()

bool OperationPimpl::writesMemory ( ) const

inlineprivate

Referenced by Operation::writesMemory().

Friends And Related Function Documentation

◆ Operation

friend class Operation

friend

Definition at line 56 of file OperationPimpl.hh.

Member Data Documentation

◆ affectedBy_

std::set<std::string> OperationPimpl::affectedBy_

private

Operations that are affected by this Operation.

Definition at line 182 of file OperationPimpl.hh.

Referenced by affectedBy(), affectedByCount(), clear(), dependsOn(), loadState(), and saveState().

◆ affects_

std::set<std::string> OperationPimpl::affects_

private

Operations that affects this Operation.

Definition at line 180 of file OperationPimpl.hh.

Referenced by affects(), affectsCount(), clear(), dependsOn(), loadState(), and saveState().

◆ behavior_

OperationBehavior* OperationPimpl::behavior_

private

The behavior of the Operation.

Definition at line 155 of file OperationPimpl.hh.

Referenced by behavior(), canBeSimulated(), createState(), deleteState(), setBehavior(), and simulateTrigger().

◆ canTrap_

bool OperationPimpl::canTrap_

private

Flag indicating if Operation can trap.

Definition at line 172 of file OperationPimpl.hh.

Referenced by canTrap(), clear(), loadState(), and saveState().

◆ controlFlowOperation_

bool OperationPimpl::controlFlowOperation_

private

Flag indicating if the Operation can change program flow.

Definition at line 178 of file OperationPimpl.hh.

Referenced by clear(), isControlFlowOperation(), loadState(), saveState(), and setControlFlowOperation().

◆ dags_

DAGContainer OperationPimpl::dags_

mutableprivate

Table of DAGs and their source codes of an operation.

Definition at line 161 of file OperationPimpl.hh.

Referenced by addDag(), clear(), dag(), dagCode(), dagCount(), dagError(), removeDag(), and setDagCode().

◆ description_

std::string OperationPimpl::description_

private

Description of the Operation.

Definition at line 159 of file OperationPimpl.hh.

Referenced by description(), loadState(), and saveState().

◆ hasSideEffects_

bool OperationPimpl::hasSideEffects_

private

Flag indicating if Operation has side effects.

Definition at line 174 of file OperationPimpl.hh.

Referenced by clear(), hasSideEffects(), loadState(), and saveState().

◆ inputOperands_

std::vector<Operand*> OperationPimpl::inputOperands_

private

Input Operands of the Operation.

Definition at line 184 of file OperationPimpl.hh.

Referenced by addInput(), clear(), fetchOperand(), loadState(), operand(), and saveState().

◆ inputs_

int OperationPimpl::inputs_

private

The number of inputs of the Operation.

Definition at line 164 of file OperationPimpl.hh.

Referenced by addInput(), clear(), loadState(), and saveState().

◆ isBranch_

bool OperationPimpl::isBranch_

private

Flag indicating if Operation is branch changing control flow.

Definition at line 190 of file OperationPimpl.hh.

Referenced by clear(), isBranch(), loadState(), saveState(), and setBranch().

◆ isCall_

bool OperationPimpl::isCall_

private

Flag indicating if Operation is call.

Definition at line 188 of file OperationPimpl.hh.

Referenced by clear(), isCall(), loadState(), saveState(), and setCall().

◆ isClocked_

bool OperationPimpl::isClocked_

private

Flag indicating if Operation is clocked and needs AdvanceClock.

Definition at line 176 of file OperationPimpl.hh.

Referenced by isClocked(), loadState(), and saveState().

◆ name_

std::string OperationPimpl::name_

private

Name of the Operation.

Definition at line 157 of file OperationPimpl.hh.

Referenced by clear(), loadState(), name(), and saveState().

◆ outputOperands_

std::vector<Operand*> OperationPimpl::outputOperands_

private

Output Operands of the Operation.

Definition at line 186 of file OperationPimpl.hh.

Referenced by addOutput(), clear(), fetchOperand(), loadState(), operand(), output(), and saveState().

◆ outputs_

int OperationPimpl::outputs_

private

The number of outputs of the Operation.

Definition at line 166 of file OperationPimpl.hh.

Referenced by addOutput(), clear(), loadState(), and saveState().

◆ readsMemory_

bool OperationPimpl::readsMemory_

private

Flag indicating if Operation reads from memory.

Definition at line 168 of file OperationPimpl.hh.

Referenced by clear(), loadState(), saveState(), and setReadsMemory().

◆ writesMemory_

bool OperationPimpl::writesMemory_

private

Flag indicating if Operation writes to memory.

Definition at line 170 of file OperationPimpl.hh.

Referenced by clear(), loadState(), saveState(), and setWritesMemory().

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

Classes

Public Member Functions

Private Types

Private Member Functions

Private Attributes

Friends

Detailed Description

Member Typedef Documentation

◆ DAGContainer

Constructor & Destructor Documentation

◆ ~OperationPimpl()

◆ OperationPimpl() [1/3]

◆ OperationPimpl() [2/3]

◆ OperationPimpl() [3/3]

Member Function Documentation

◆ addDag()

◆ addInput()

◆ addOutput()

◆ affectedBy()

◆ affectedByCount()

◆ affects()

◆ affectsCount()

◆ behavior()

◆ canBeSimulated()

◆ canSwap()

◆ canTrap()

◆ clear()

◆ createState()

◆ dag()

◆ dagCode()

◆ dagCount()

◆ dagError()

◆ deleteState()

◆ dependsOn()

◆ description()

◆ emulationFunctionName()

◆ fetchOperand() [1/2]

◆ fetchOperand() [2/2]

◆ hasSideEffects()

◆ input()

◆ insertOperand()

◆ isBranch()

◆ isCall()

◆ isClocked()

◆ isControlFlowOperation()

◆ isNull()

◆ loadState()

◆ name()

◆ numberOfInputs()

◆ numberOfOutputs()

◆ operand()

◆ operator=()

◆ output()

◆ readsMemory()

◆ removeDag()

◆ saveState()

◆ setBehavior()

◆ setBranch()

◆ setCall()

◆ setControlFlowOperation()

◆ setDagCode()

◆ setReadsMemory()

◆ setWritesMemory()

◆ simulateTrigger()

◆ usesMemory()

◆ writesMemory()

Friends And Related Function Documentation

◆ Operation

Member Data Documentation

◆ affectedBy_

◆ affects_

◆ behavior_

◆ canTrap_

◆ controlFlowOperation_

◆ dags_

◆ description_

◆ hasSideEffects_

◆ inputOperands_

◆ inputs_

◆ isBranch_