#include <Machine.hh>

Inheritance diagram for TTAMachine::Machine:

Collaboration diagram for TTAMachine::Machine:

Classes
class	ComponentContainer

class	Navigator

Public Types
enum	Extension { ZERO, SIGN }

typedef Navigator< Bus >	BusNavigator
	Navigator type for BusNavigator. More...

typedef Navigator< Socket >	SocketNavigator
	Navigator type for SocketNavigator. More...

typedef Navigator< FunctionUnit >	FunctionUnitNavigator
	Navigator type for FunctionUnitNavigator. More...

typedef Navigator< AddressSpace >	AddressSpaceNavigator
	Navigator type for AddressSpaceNavigator. More...

typedef Navigator< Bridge >	BridgeNavigator
	Navigator type for BridgeNavigator. More...

typedef Navigator< ImmediateUnit >	ImmediateUnitNavigator
	Navigator type for ImmediateUnitNavigator. More...

typedef Navigator< InstructionTemplate >	InstructionTemplateNavigator
	Navigator type for InstructionTemplateNavigator. More...

typedef Navigator< RegisterFile >	RegisterFileNavigator
	Navigator type for RegisterFileNavigator. More...

typedef Navigator< ImmediateSlot >	ImmediateSlotNavigator
	Navigator type for ImmediateSlotNavigator. More...

typedef Navigator< OperationTriggeredFormat >	OperationTriggeredFormatNavigator
	Navigator type for OperationTriggeredFormatNavigator. More...

Public Member Functions
	Machine ()

	Machine (const Machine &old)

virtual	~Machine ()

virtual bool	isUniversalMachine () const

virtual void	addBus (Bus &bus)

virtual void	addSocket (Socket &socket)

void	addUnit (Unit &unit)

virtual void	addFunctionUnit (FunctionUnit &unit)

virtual void	addImmediateUnit (ImmediateUnit &unit)

virtual void	addRegisterFile (RegisterFile &unit)

virtual void	addAddressSpace (AddressSpace &as)

virtual void	addBridge (Bridge &bridge)

virtual void	addInstructionTemplate (InstructionTemplate &instrTempl)

virtual void	addOperationTriggeredFormat (OperationTriggeredFormat &format)

virtual void	addImmediateSlot (ImmediateSlot &slot)

virtual void	setGlobalControl (ControlUnit &unit)

virtual void	unsetGlobalControl ()

virtual ControlUnit *	controlUnit () const

virtual void	removeBus (Bus &bus)

virtual void	removeSocket (Socket &socket)

virtual void	removeUnit (Unit &unit)

virtual void	removeFunctionUnit (FunctionUnit &unit)

virtual void	removeImmediateUnit (ImmediateUnit &unit)

virtual void	removeRegisterFile (RegisterFile &unit)

virtual void	deleteBridge (Bridge &bridge)

virtual void	deleteInstructionTemplate (InstructionTemplate &instrTempl)

virtual void	deleteOperationTriggeredFormat (OperationTriggeredFormat &format)

virtual void	deleteImmediateSlot (ImmediateSlot &slot)

virtual void	deleteAddressSpace (AddressSpace &as)

void	setBusPosition (const Bus &bus, int newPosition)

MachineTester &	machineTester () const

bool	alwaysWriteResults () const

bool	triggerInvalidatesResults () const

bool	isFUOrdered () const

void	setAlwaysWriteResults (bool)

void	setTriggerInvalidatesResults (bool)

void	setFUOrdered (bool)

int	maximumLatency () const

virtual void	loadState (const ObjectState *state)

virtual ObjectState *	saveState () const

virtual void	copyFromMachine (Machine &machine)

void	writeToADF (const std::string &adfFileName) const

TCEString	hash () const

bool	hasOperation (const TCEString &opName) const

bool	isRISCVMachine () const

virtual BusNavigator	busNavigator () const

virtual SocketNavigator	socketNavigator () const

virtual FunctionUnitNavigator	functionUnitNavigator () const

virtual AddressSpaceNavigator	addressSpaceNavigator () const

virtual BridgeNavigator	bridgeNavigator () const

virtual ImmediateUnitNavigator	immediateUnitNavigator () const

virtual InstructionTemplateNavigator	instructionTemplateNavigator () const

virtual RegisterFileNavigator	registerFileNavigator () const

virtual ImmediateSlotNavigator	immediateSlotNavigator () const

virtual OperationTriggeredFormatNavigator	operationTriggeredFormatNavigator () const

bool	isLittleEndian () const

void	setLittleEndian (bool flag)

bool	is64bit () const

void	set64bits (bool flag)

Public Member Functions inherited from Serializable
virtual	~Serializable ()

Static Public Member Functions
static Machine *	loadFromADF (const std::string &adfFileName)

Static Public Attributes
static const std::string	OSNAME_MACHINE = "machine"
	ObjectState name for Machine. More...

static const std::string	OSKEY_ALWAYS_WRITE_BACK_RESULTS = "always-write-back"
	ObjectState attribute key for always-write-back-results. More...

static const std::string	OSKEY_TRIGGER_INVALIDATES_OLD_RESULTS = "trigger-invalidates"
	ObjectState attribute key for trigger-invalidates-old-results. More...

static const std::string	OSKEY_FUNCTION_UNITS_ORDERED = "fu-ordered"
	ObjectState attribute key for function units ordered in order of their sequential presence in ADF. More...

Private Member Functions
Machine &	operator= (const Machine &)
	Assignment not allowed. More...

template<typename ContainerType , typename ComponentType >
void	addComponent (ContainerType &container, ComponentType &toAdd)

template<typename ContainerType , typename ComponentType >
void	addRegisteredComponent (ContainerType &container, ComponentType &toAdd)

template<typename ContainerType , typename ComponentType >
void	removeComponent (ContainerType &container, ComponentType &toRemove)

template<typename ContainerType , typename ComponentType >
void	deleteComponent (ContainerType &container, ComponentType &toDelete)

Static Private Member Functions
template<typename ContainerType >
static void	saveComponentStates (ContainerType &container, ObjectState *parent)

Private Attributes
ComponentContainer< Bus >	busses_
	Contains all the busses attached to the machine. More...

ComponentContainer< Socket >	sockets_
	Contains all the sockets attached to the machine. More...

ComponentContainer< InstructionTemplate >	instructionTemplates_
	Contains all the instruction templates of the machine. More...

ComponentContainer< RegisterFile >	registerFiles_
	Contains all the register files of the machine. More...

ComponentContainer< ImmediateUnit >	immediateUnits_
	Contains all the immediate units of the machine. More...

ComponentContainer< FunctionUnit >	functionUnits_
	Contains all the function units of the machine. More...

ComponentContainer< AddressSpace >	addressSpaces_
	Contains all the address spaces of the machine. More...

ComponentContainer< Bridge >	bridges_
	Contains all the bridges of the machine. More...

ComponentContainer< ImmediateSlot >	immediateSlots_
	Contains all the immediate slots of the machine. More...

ComponentContainer< OperationTriggeredFormat >	operationTriggeredFormats_
	Contains all the OTA Formats of the machine. More...

ControlUnit *	controlUnit_
	Global control unit. More...

bool	doValidityChecks_
	Tells whether to do validity checks or not. More...

MachineTester *	machineTester_
	Machine tester for the machine. More...

DummyMachineTester *	dummyMachineTester_
	Dummy machine tester for the machine. More...

const std::string	EMPTY_ITEMP_NAME_

bool	alwaysWriteResults_

bool	triggerInvalidatesResults_

bool	fuOrdered_

bool	littleEndian_

bool	bitness64_

Detailed Description

Represents a complete TTA processor.

Definition at line 73 of file Machine.hh.

Member Typedef Documentation

◆ AddressSpaceNavigator

typedef Navigator<AddressSpace> TTAMachine::Machine::AddressSpaceNavigator

Navigator type for AddressSpaceNavigator.

Definition at line 219 of file Machine.hh.

◆ BridgeNavigator

typedef Navigator<Bridge> TTAMachine::Machine::BridgeNavigator

Navigator type for BridgeNavigator.

Definition at line 221 of file Machine.hh.

◆ BusNavigator

typedef Navigator<Bus> TTAMachine::Machine::BusNavigator

Navigator type for BusNavigator.

Definition at line 213 of file Machine.hh.

◆ FunctionUnitNavigator

typedef Navigator<FunctionUnit> TTAMachine::Machine::FunctionUnitNavigator

Navigator type for FunctionUnitNavigator.

Definition at line 217 of file Machine.hh.

◆ ImmediateSlotNavigator

typedef Navigator<ImmediateSlot> TTAMachine::Machine::ImmediateSlotNavigator

Navigator type for ImmediateSlotNavigator.

Definition at line 229 of file Machine.hh.

◆ ImmediateUnitNavigator

typedef Navigator<ImmediateUnit> TTAMachine::Machine::ImmediateUnitNavigator

Navigator type for ImmediateUnitNavigator.

Definition at line 223 of file Machine.hh.

◆ InstructionTemplateNavigator

typedef Navigator<InstructionTemplate> TTAMachine::Machine::InstructionTemplateNavigator

Navigator type for InstructionTemplateNavigator.

Definition at line 225 of file Machine.hh.

◆ OperationTriggeredFormatNavigator

typedef Navigator<OperationTriggeredFormat> TTAMachine::Machine::OperationTriggeredFormatNavigator

Navigator type for OperationTriggeredFormatNavigator.

Definition at line 232 of file Machine.hh.

◆ RegisterFileNavigator

typedef Navigator<RegisterFile> TTAMachine::Machine::RegisterFileNavigator

Navigator type for RegisterFileNavigator.

Definition at line 227 of file Machine.hh.

◆ SocketNavigator

typedef Navigator<Socket> TTAMachine::Machine::SocketNavigator

Navigator type for SocketNavigator.

Definition at line 215 of file Machine.hh.

Member Enumeration Documentation

◆ Extension

enum TTAMachine::Machine::Extension

Extension mode applied to a number when it is narrower than the place where it is placed e.g. bus.

Enumerator
ZERO	Zero extension.
SIGN	Sign extension.

Definition at line 80 of file Machine.hh.

                    {
         ZERO, ///< Zero extension.
         SIGN  ///< Sign extension.
     };

Constructor & Destructor Documentation

◆ Machine() [1/2]

TTAMachine::Machine::Machine ( )

Constructor.

Definition at line 76 of file Machine.cc.

                  : 
     controlUnit_(NULL), doValidityChecks_(true), 
     machineTester_(new MachineTester(*this)), 
     dummyMachineTester_(new DummyMachineTester(*this)),
     EMPTY_ITEMP_NAME_("no_limm"), alwaysWriteResults_(false), 
     triggerInvalidatesResults_(false), fuOrdered_(false),
     littleEndian_(true), bitness64_(false) {
  
     new InstructionTemplate(EMPTY_ITEMP_NAME_, *this);
 }

References EMPTY_ITEMP_NAME_.

◆ Machine() [2/2]

TTAMachine::Machine::Machine ( const Machine & old )

Copy constructor.

Creates a copy of the given machine.

Parameters

old	The machine to be copied.

Definition at line 95 of file Machine.cc.

                                    : 
     Serializable(), controlUnit_(NULL), doValidityChecks_(false),
     machineTester_(new MachineTester(*this)), 
     dummyMachineTester_(new DummyMachineTester(*this)),
     littleEndian_(old.littleEndian_),
     bitness64_(old.bitness64_) {
     
     ObjectState* state = old.saveState();
     loadState(state);
     delete state;
     doValidityChecks_ = true;
 }

References doValidityChecks_, loadState(), and saveState().

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◆ ~Machine()

TTAMachine::Machine::~Machine ( )

virtual

Destructor.

Deletes all the components of the machine as well.

Definition at line 114 of file Machine.cc.

                   {
  
     if (controlUnit_ != NULL) {
         delete controlUnit_;
     }
  
     delete machineTester_;
     delete dummyMachineTester_;
  
     // NOTE! other components are deleted in ComponentContainer's destructor
 }

References controlUnit_, dummyMachineTester_, and machineTester_.

Member Function Documentation

◆ addAddressSpace()

void TTAMachine::Machine::addAddressSpace ( AddressSpace & as )

virtual

Adds an address space into the machine.

Parameters

as	AddressSpace being added.

Exceptions

ComponentAlreadyExists If an address space by the same name already exists in the machine.

Reimplemented in UniversalMachine, and TTAMachine::NullMachine.

Definition at line 248 of file Machine.cc.

                                          {
     addRegisteredComponent(addressSpaces_, as);
 }

References addRegisteredComponent(), and addressSpaces_.

Referenced by TTAMachine::AddressSpace::setMachine().

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◆ addBridge()

void TTAMachine::Machine::addBridge ( Bridge & bridge )

virtual

Adds a bridge into the machine.

This method should be called from Bridge constructor only since bridges are added to machine at construction. Do not call this method.

Parameters

bridge Bridge being added.

Exceptions

ComponentAlreadyExists If a bridge by the same name already exists in the machine.

Reimplemented in UniversalMachine, and TTAMachine::NullMachine.

Definition at line 263 of file Machine.cc.

                                  {
     addRegisteredComponent(bridges_, bridge);
 }

References addRegisteredComponent(), and bridges_.

Referenced by TTAMachine::Bridge::setMachine().

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◆ addBus()

void TTAMachine::Machine::addBus ( Bus & bus )

virtual

Adds a bus into the machine.

Parameters

bus	Bus being added.

Exceptions

ComponentAlreadyExists If a bus or immediate slot by the same name already exists in the machine.

Reimplemented in UniversalMachine, and TTAMachine::NullMachine.

Definition at line 139 of file Machine.cc.

                         {
     // check that the name is unique among immediate slots
     if (immediateSlotNavigator().hasItem(bus.name())) {
         const string procName = "Machine::addBus";
         throw ComponentAlreadyExists(__FILE__, __LINE__, procName);
     }
  
     addComponent(busses_, bus);
 }

References addComponent(), busses_, immediateSlotNavigator(), and TTAMachine::Component::name().

Referenced by ADFCombiner::addBuses(), MachineResourceModifier::addBusesByAmount(), BlocksGCU::BlocksGCU(), BlocksConnectIC::createBus(), VLIWConnectIC::createBus(), ADFCombiner::createBus(), BlocksTranslator::CreateConnection(), loadState(), and TTAMachine::Bus::setMachine().

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◆ addComponent()

template<typename ContainerType , typename ComponentType >

void TTAMachine::Machine::addComponent	(	ContainerType &	container,
		ComponentType &	toAdd
	)

private

Referenced by addBus(), addFunctionUnit(), addImmediateUnit(), addRegisterFile(), and addSocket().

◆ addFunctionUnit()

void TTAMachine::Machine::addFunctionUnit ( FunctionUnit & unit )

virtual

Adds the given function unit to the machine.

Parameters

unit	The function unit to be added.

Exceptions

ComponentAlreadyExists	If a function unit by the same name exists already.
IllegalParameters	If tried to add control unit with this method.

Reimplemented in UniversalMachine, and TTAMachine::NullMachine.

Definition at line 202 of file Machine.cc.

                                            {
     const string procName = "Machine::addFunctionUnit";
  
     if (dynamic_cast<ControlUnit*>(&unit) != NULL) {
         throw IllegalParameters(__FILE__, __LINE__, procName);
     }
  
     if (controlUnit() != NULL && controlUnit()->name() == unit.name()) {
         throw ComponentAlreadyExists(__FILE__, __LINE__, procName);
     }
  
     addComponent(functionUnits_, unit);
 }

References addComponent(), controlUnit(), functionUnits_, and TTAMachine::Component::name().

Referenced by ADFCombiner::addFunctionUnits(), addUnit(), BlocksFU::BlocksFU(), FUTestbenchGenerator::createMachineState(), VectorLSGenerator::explore(), MinimalOpSetCheck::fix(), MachineResourceModifier::increaseAllFUsThatDiffersByAmount(), loadState(), AddFUFromHDBDialog::onAdd(), and MachineResourceModifier::percentualFUIncrease().

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◆ addImmediateSlot()

void TTAMachine::Machine::addImmediateSlot ( ImmediateSlot & slot )

virtual

Adds an immediate slot to (instruction of) the machine.

Parameters

slot	The immediate slot to be added.

Exceptions

ComponentAlreadyExists If an immediate slot or bus by the same name already exists in the machine.

Definition at line 299 of file Machine.cc.

                                              {
     // check that the name is unique among buses
     if (busNavigator().hasItem(slot.name())) {
         const string procName = "Machine::addImmediateSlot";
         throw ComponentAlreadyExists(__FILE__, __LINE__, procName);
     }
  
     addRegisteredComponent(immediateSlots_, slot);
 }

References addRegisteredComponent(), busNavigator(), immediateSlots_, and TTAMachine::Component::name().

Referenced by TTAMachine::ImmediateSlot::setMachine().

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◆ addImmediateUnit()

void TTAMachine::Machine::addImmediateUnit ( ImmediateUnit & unit )

virtual

Adds the given immediate unit to the machine.

Parameters

unit	The immediate unit to be added.

Exceptions

ComponentAlreadyExists If an immediate unit by the same name exists already.

Reimplemented in UniversalMachine, and TTAMachine::NullMachine.

Definition at line 224 of file Machine.cc.

                                              {
     addComponent(immediateUnits_, unit);
 }

References addComponent(), and immediateUnits_.

Referenced by addUnit(), BlocksIMM::BlocksIMM(), loadState(), and AddIUFromHDBDialog::onAdd().

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◆ addInstructionTemplate()

void TTAMachine::Machine::addInstructionTemplate ( InstructionTemplate & instrTempl )

virtual

Adds an instruction template for the machine.

Parameters

instructionTemplate The instruction template to be added.

Exceptions

ComponentAlreadyExists If an instruction template by the same name already exists in the machine.

Reimplemented in UniversalMachine, and TTAMachine::NullMachine.

Definition at line 275 of file Machine.cc.

                                                                {
     addRegisteredComponent(instructionTemplates_, instrTempl);
 }

References addRegisteredComponent(), and instructionTemplates_.

Referenced by TTAMachine::InstructionTemplate::setMachine().

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◆ addOperationTriggeredFormat()

void TTAMachine::Machine::addOperationTriggeredFormat ( OperationTriggeredFormat & format )

virtual

Adds an OTA format for the machine.

Parameters

OperationTriggeredFormat The OTA format to be added.

Exceptions

ComponentAlreadyExists If an instruction template by the same name already exists in the machine.

Definition at line 287 of file Machine.cc.

                                                                      {
     addRegisteredComponent(operationTriggeredFormats_, format);
 }

References addRegisteredComponent(), and operationTriggeredFormats_.

Referenced by TTAMachine::OperationTriggeredFormat::setMachine().

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◆ addRegisteredComponent()

template<typename ContainerType , typename ComponentType >

void TTAMachine::Machine::addRegisteredComponent	(	ContainerType &	container,
		ComponentType &	toAdd
	)

private

Referenced by addAddressSpace(), addBridge(), addImmediateSlot(), addInstructionTemplate(), and addOperationTriggeredFormat().

◆ addRegisterFile()

void TTAMachine::Machine::addRegisterFile ( RegisterFile & unit )

virtual

Adds the given register file to the machine.

Parameters

unit	The register file to be added.

Exceptions

ComponentAlreadyExists If a register file by the same name exists already.

Reimplemented in UniversalMachine, and TTAMachine::NullMachine.

Definition at line 236 of file Machine.cc.

                                            {
     addComponent(registerFiles_, unit);
 }

References addComponent(), and registerFiles_.

Referenced by ComponentAdder::addRegisterFiles(), ADFCombiner::addRegisterFiles(), addUnit(), BlocksRF::BlocksRF(), RFTestbenchGenerator::createMachineState(), VLIWConnectIC::explore(), MachineResourceModifier::increaseAllRFsThatDiffersByAmount(), loadState(), AddRFFromHDBDialog::onAdd(), and MachineResourceModifier::percentualRegisterIncrease().

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◆ addressSpaceNavigator()

Machine::AddressSpaceNavigator TTAMachine::Machine::addressSpaceNavigator ( ) const

virtual

Returns a handle to the address spaces in the machine.

Returns: Handle to the address spaces in the machine.

Reimplemented in TTAMachine::NullMachine.

Definition at line 392 of file Machine.cc.

                                      {
     AddressSpaceNavigator navigator(addressSpaces_);
     return navigator;
 }

References addressSpaces_.

Referenced by MemorySystem::addAddressSpace(), ADFCombiner::addAddressSpaces(), ADFCombiner::addFunctionUnits(), TTAMachine::AddressSpace::AddressSpace(), llvm::LLVMTCEBuilder::addressSpaceById(), TTAMachine::NullMachine::addressSpaceNavigator(), TTAProgram::TPEFProgramFactory::build(), UniversalMachine::dataAddressSpace(), MachineInfo::defaultDataAddressSpace(), AddASCmd::Do(), llvm::LLVMTCEBuilder::emitOperationMacro(), InfoProcCommand::execute(), VectorLSGenerator::explore(), CodeSectionCreator::finalize(), TTAProgram::TPEFProgramFactory::findAddressSpace(), MachineResourceManager::findDataAddressSpace(), ProgramImageGenerator::generateDataImage(), llvm::LLVMTCEBuilder::initDataSections(), AddWatchDialog::initialize(), SimulatorFrontend::initializeMemorySystem(), UniversalMachine::instructionAddressSpace(), TTAMachine::FunctionUnit::loadState(), main(), AddWatchDialog::onASChoice(), printLatexAddressSpaceDescription(), TTAMachine::AddressSpace::setNumericalIds(), MemorySystem::shareMemoriesWith(), and llvm::TCETargetLowering::TCETargetLowering().

◆ addSocket()

void TTAMachine::Machine::addSocket ( Socket & socket )

virtual

Adds a socket into the machine.

Parameters

socket Socket being added.

Exceptions

ComponentAlreadyExists If a socket by the same name already exists in the machine.

Reimplemented in UniversalMachine, and TTAMachine::NullMachine.

Definition at line 157 of file Machine.cc.

                                  {
     addComponent(sockets_, socket);
 }

References addComponent(), and sockets_.

Referenced by ADFCombiner::addBuses(), BlocksALUPair::BlocksALUPair(), BlocksFU::BlocksFU(), BlocksGCU::BlocksGCU(), BlocksIMM::BlocksIMM(), BlocksLSUPair::BlocksLSUPair(), BlocksMULPair::BlocksMULPair(), BlocksRF::BlocksRF(), ADFCombiner::connectVectorLSU(), ADFCombiner::createPortsAndSockets(), VLIWConnectIC::explore(), loadState(), and TTAMachine::Socket::setMachine().

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◆ addUnit()

void TTAMachine::Machine::addUnit ( Unit & unit )

Adds a unit into the machine.

Use methods intended to add particular unit types like addFunctionUnit, addRegisterFile and addImmediateUnit if possible. Global control unit must be set using setGlobalControl function.

Parameters

unit	Unit being added.

Exceptions

ComponentAlreadyExists	If a unit by the same name and type already exists in the machine.
IllegalParameters	If ControlUnit is tried to add with this method.

Definition at line 175 of file Machine.cc.

                            {
     FunctionUnit* fu = dynamic_cast<FunctionUnit*>(&unit);
     ImmediateUnit* iu = dynamic_cast<ImmediateUnit*>(&unit);
     RegisterFile* rf = dynamic_cast<RegisterFile*>(&unit);
  
     if (fu != NULL) {
         addFunctionUnit(*fu);
     } else if (iu != NULL) {
         addImmediateUnit(*iu);
     } else if (rf != NULL) {
         addRegisterFile(*rf);
     } else {
         const string procName = "Machine::addUnit";
         throw IllegalParameters(__FILE__, __LINE__, procName);
     }
 }

References addFunctionUnit(), addImmediateUnit(), and addRegisterFile().

Referenced by TTAMachine::Unit::setMachine().

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◆ alwaysWriteResults()

bool TTAMachine::Machine::alwaysWriteResults ( ) const

Returns true if result value always needs to be written to GPR.

Definition at line 954 of file Machine.cc.

                                   {
     return alwaysWriteResults_;
 }

References alwaysWriteResults_.

Referenced by CycleLookBackSoftwareBypasser::bypassNode().

◆ bridgeNavigator()

Machine::BridgeNavigator TTAMachine::Machine::bridgeNavigator ( ) const

virtual

Returns a handle to the bridges in the machine.

Returns: Handle to the bridges in the machine.

Reimplemented in TTAMachine::NullMachine.

Definition at line 404 of file Machine.cc.

                                {
     BridgeNavigator navigator(bridges_);
     return navigator;
 }

References bridges_.

Referenced by TTAMachine::Bridge::adjustChainDirection(), TTAMachine::Bridge::Bridge(), TTAMachine::NullMachine::bridgeNavigator(), FullyConnectedCheck::canFix(), BEMValidator::checkSourceField(), AddBridgeCmd::Do(), MachineEditPartFactory::getBusChains(), loadState(), TTAMachine::Bridge::setFirstOfChain(), BEMGenerator::sourceBridge(), BEMGenerator::sourceBridgeCount(), TTAMachine::Bus::unsetMachine(), and DefaultICGenerator::verifyCompatibility().

◆ busNavigator()

Machine::BusNavigator TTAMachine::Machine::busNavigator ( ) const

virtual

Returns a handle to the busses in the machine.

Returns: Handle to the busses in the machine.

Reimplemented in TTAMachine::NullMachine.

Definition at line 356 of file Machine.cc.

                             {
     BusNavigator navigator(busses_);
     return navigator;
 }

References busses_.

Referenced by ADFCombiner::addAllGuardsToConnectionBuses(), CodeCompressorPlugin::addBitsForMoveSlot(), ADFCombiner::addBuses(), MachineResourceModifier::addBusesByAmount(), SimpleICOptimizer::addConnections(), BEMGenerator::addEncodings(), DefaultICGenerator::addICToNetlist(), addImmediateSlot(), TTAMachine::InstructionTemplate::addSlot(), ImmediateGenerator::addSplitInsTemplate(), BEMGenerator::addSubfields(), BEMGenerator::addTopLevelFields(), MachineResourceModifier::analyzeBuses(), ResourceConstraintAnalyzer::analyzeMoveNode(), TDGen::analyzeRegisters(), FullyConnectedCheck::attachSocketToAllBusses(), MachineStateBuilder::buildMachineState(), ITemplateBroker::buildResources(), BusBroker::buildResources(), TTAMachine::NullMachine::busNavigator(), llvm::TCETargetMachine::calculateSupportedImmediates(), MachineInfo::canEncodeImmediateInteger(), FullyConnectedCheck::canFix(), ProgrammabilityValidator::checkBooleanRegister(), RemoveUnconnectedComponents::checkBuses(), TTAMachine::FUPort::cleanupGuards(), TTAMachine::FunctionUnit::cleanupGuards(), CompiledSimCodeGenerator::CompiledSimCodeGenerator(), DefaultDecoderGenerator::completeDecoderBlock(), FullyConnectedCheck::connectFUPort(), ADFCombiner::connectRegisterFiles(), ADFCombiner::connectVectorLSU(), BasicBlockPass::copyRMToBB(), BlocksConnectIC::createBus(), VLIWConnectIC::createBus(), TTAProgram::ProgramWriter::createCodeSection(), BlocksTranslator::CreateConnection(), llvm::LLVMTCEBuilder::createGuard(), ProgramDependenceGraph::createJump(), DefaultICGenerator::createSignalsForIC(), BlocksTranslator::Deinitialize(), TTAMachine::RegisterFile::deleteGuards(), AddBusCmd::Do(), AddBridgeCmd::Do(), PasteComponentCmd::Do(), CodeCompressorPlugin::encodeMove(), DefaultICDecoderEstimator::estimateICArea(), DefaultICDecoderEstimator::estimateICEnergy(), InfoBussesCommand::execute(), InfoSegmentsCommand::execute(), InfoProcCommand::execute(), VLIWConnectIC::explore(), BlocksConnectIC::explore(), CostEstimator::Estimator::findAllICPaths(), findBooleanGuard(), TTAProgram::TPEFProgramFactory::findBus(), findBus(), MachineResourceManager::findBusWidth(), ProgrammabilityValidator::findGlobalConnectionRegister(), DefaultDecoderGenerator::findGuard(), RegisterQuantityCheck::findGuardRegisters(), ADFCombiner::findGuards(), MachineConnectivityCheck::findRoutes(), RegisterCopyAdder::findTempRegisters(), SimulatorFrontend::finishSimulation(), ProGe::ProcessorGenerator::generateGlobalsPackage(), CompiledSimCodeGenerator::generateHeaderAndMainCode(), ProgramImageGenerator::generateProgramImage(), DefaultICGenerator::generateSocketsAndMuxes(), MachineEditPartFactory::getBusChains(), DisassemblyGridTable::GetColLabelValue(), DisassemblyGridTable::GetNumberCols(), DisassemblyGridTable::GetValue(), BusTracker::handleEvent(), MachineConnectivityCheck::hasConditionalMoves(), TTAMachine::ControlUnit::hasLocalGuardLatencyOfZero(), MachineConnectivityCheck::immBits(), TTAMachine::ImmediateSlot::ImmediateSlot(), AlmaIFIntegrator::initAlmaifBlock(), TTAProgram::TPEFResourceUpdater::initCache(), AddWatchDialog::initialize(), MachineResourceManager::initResourceSection(), TTAMachine::RegisterFile::isUsedAsGuard(), ProgrammabilityValidator::listConnections(), TTAMachine::Bridge::loadState(), TTAMachine::Socket::loadState(), loadState(), MachineInfo::longestGuardLatency(), CostEstimator::Estimator::longestPath(), MachineAnalysis::MachineAnalysis(), MachineConnectivityCheck::maxSIMMCount(), MinimizeMachine::minimizeBuses(), BEMValidator::needsSourceField(), ProDeBusOrderDialog::onBusSelectionChanged(), ProDeBusOrderDialog::onDown(), TemplateSlotDialog::onOK(), ProDeBusOrderDialog::onUp(), TTAMachine::Bus::position(), MachineResourceModifier::reduceBuses(), MachineResourceManager::registerFileIndexReference(), ImmInfo::registerImmediateLoadWidth(), SimpleICOptimizer::removeAllConnections(), MachineResourceModifier::removeBuses(), ConnectionSweeper::removeConnection(), HDB::RFArchitecture::RFArchitecture(), MachineResourceManager::rFPortOrFUIndexReference(), ProGe::RV32MicroCodeGenerator::RV32MicroCodeGenerator(), setBusPosition(), TTAMachine::ImmediateSlot::setName(), ProximMachineStateWindow::setUtilizationHighlights(), FullyConnectedCheck::socketAttachedToAllBusses(), MachineInfo::supportsBoolRegisterGuardedJumps(), MachineInfo::supportsPortGuardedJump(), MachineInfo::supportsPortGuardedJumps(), ConnectionSweeper::sweepBypasses(), ConnectionSweeper::sweepRFs(), MachineConnectivityCheck::totalConnectionCount(), UniversalMachine::universalBus(), TTAMachine::ImmediateUnit::unsetMachine(), ProDeBusOrderDialog::updateBusList(), BEMValidator::validate(), DefaultICGenerator::verifyCompatibility(), DefaultICGenerator::writeBusDumpCode(), DefaultICGenerator::writeBustraceExportCode(), DefaultDecoderGenerator::writeControlRegisterMappings(), DefaultDecoderGenerator::writeInstructionTemplateProcedures(), DefaultICGenerator::writeInterconnectionNetwork(), TDGen::writeMoveImmediateDefs(), DefaultDecoderGenerator::writeRulesForSourceControlSignals(), DefaultDecoderGenerator::writeSocketCntrlSignals(), DefaultDecoderGenerator::writeSquashSignalGenerationProcesses(), and DefaultDecoderGenerator::writeSquashSignals().

◆ controlUnit()

ControlUnit * TTAMachine::Machine::controlUnit ( ) const

virtual

Returns the control unit of the machine.

Returns null pointer if there is no control unit in the machine.

Returns: The control unit of the machine.

Reimplemented in TTAMachine::NullMachine.

Definition at line 345 of file Machine.cc.

                            {
     return controlUnit_;
 }

References controlUnit_.

◆ copyFromMachine()

void TTAMachine::Machine::copyFromMachine ( Machine & machine )

virtual

Copies state from one machine to this machine. (used for object copying).

Parameters

machine machine to copy from

Definition at line 890 of file Machine.cc.

                                          {
     ObjectState* state = machine.saveState();
     loadState(state);
     delete state;
 }

References loadState(), machine, and saveState().

Referenced by BlocksConnectICCmd::Do(), VLIWConnectICCmd::Do(), and CallExplorerPluginWindow::onRun().

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◆ deleteAddressSpace()

void TTAMachine::Machine::deleteAddressSpace ( AddressSpace & as )

virtual

Deletes the given address space.

Parameters

as	The address space to be deleted.

Exceptions

InstanceNotFound If the machine does not have the given address space.

Reimplemented in UniversalMachine, and TTAMachine::NullMachine.

Definition at line 623 of file Machine.cc.

                                             {
     deleteComponent(addressSpaces_, as);
 }

References addressSpaces_, and deleteComponent().

Referenced by TTAMachine::AddressSpace::unsetMachine().

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◆ deleteBridge()

void TTAMachine::Machine::deleteBridge ( Bridge & bridge )

virtual

Deletes the given bridge.

The machine will stay consistent after deletion.

Parameters

bridge Bridge to be deleted.

Exceptions

InstanceNotFound If the machine does not have the given bridge.

Reimplemented in TTAMachine::NullMachine.

Definition at line 587 of file Machine.cc.

                                     {
     deleteComponent(bridges_, bridge);
 }

References bridges_, and deleteComponent().

Referenced by TTAMachine::Bridge::unsetMachine().

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◆ deleteComponent()

template<typename ContainerType , typename ComponentType >

void TTAMachine::Machine::deleteComponent	(	ContainerType &	container,
		ComponentType &	toDelete
	)

private

Referenced by deleteAddressSpace(), deleteBridge(), deleteImmediateSlot(), deleteInstructionTemplate(), and deleteOperationTriggeredFormat().

◆ deleteImmediateSlot()

void TTAMachine::Machine::deleteImmediateSlot ( ImmediateSlot & slot )

virtual

Deletes the given immediate slot.

Parameters

slot	The immediate slot to be deleted.

Exceptions

InstanceNotFound If the machine does not have the given immediate slot.

Definition at line 635 of file Machine.cc.

                                                 {
     deleteComponent(immediateSlots_, slot);
 }

References deleteComponent(), and immediateSlots_.

Referenced by TTAMachine::ImmediateSlot::unsetMachine().

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◆ deleteInstructionTemplate()

void TTAMachine::Machine::deleteInstructionTemplate ( InstructionTemplate & instrTempl )

virtual

Deletes the given instruction template.

Parameters

instrTempl The instruction template to be deleted.

Exceptions

InstanceNotFound If the machine does not have the given instruction template.

Reimplemented in TTAMachine::NullMachine.

Definition at line 599 of file Machine.cc.

                                                                   {
     deleteComponent(instructionTemplates_, instrTempl);
 }

References deleteComponent(), and instructionTemplates_.

Referenced by VLIWConnectIC::explore(), BlocksConnectIC::explore(), ImmediateGenerator::removeInsTemplate(), and TTAMachine::InstructionTemplate::unsetMachine().

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◆ deleteOperationTriggeredFormat()

void TTAMachine::Machine::deleteOperationTriggeredFormat ( OperationTriggeredFormat & format )

virtual

Deletes the given instruction template.

Parameters

instrTempl The instruction template to be deleted.

Exceptions

InstanceNotFound If the machine does not have the given instruction template.

Definition at line 611 of file Machine.cc.

                                                                         {
     deleteComponent(operationTriggeredFormats_, format);
 }

References deleteComponent(), and operationTriggeredFormats_.

Referenced by TTAMachine::OperationTriggeredFormat::unsetMachine().

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◆ functionUnitNavigator()

Machine::FunctionUnitNavigator TTAMachine::Machine::functionUnitNavigator ( ) const

virtual

Returns a handle to the function units in the machine.

Returns: Handle to the function units in the machine.

Reimplemented in TTAMachine::NullMachine.

Definition at line 380 of file Machine.cc.

                                      {
     FunctionUnitNavigator navigator(functionUnits_);
     return navigator;
 }

References functionUnits_.

Referenced by llvm::LLVMTCEBuilder::addCandidateLSUAnnotations(), ADFCombiner::addFunctionUnits(), ProGe::NetlistGenerator::addFUToNetlist(), ProGe::NetlistGenerator::addGeneratableFUsToNetlist(), DefaultDecoderGenerator::addGlockPortToDecoder(), DefaultDecoderGenerator::addLockReqPortToDecoder(), ImmediateAnalyzer::analyze(), MachineResourceModifier::analyzeFunctionUnits(), SimulationController::buildFUResourceConflictDetectors(), MachineStateBuilder::buildMachineState(), ControlFlowGraph::buildMBBFromBB(), MinimalOpSetCheck::buildMinimalOpSet(), ExecutionPipelineBroker::buildResources(), OutputFUBroker::buildResources(), InputFUBroker::buildResources(), MachineConnectivityCheck::busConnectedToAnyFU(), MachineConnectivityCheck::canBypassOpToDst(), OperationBindingCheck::check(), AddressSpaceCheck::check(), FullyConnectedCheck::check(), MinimalOpSetCheck::check(), MachineValidator::checkFUConnections(), IDFValidator::checkFUImplementations(), RemoveUnconnectedComponents::checkFUPorts(), MachineValidator::checkOperandBindings(), MinimalOpSetCheck::checkWithIgnore(), SimulatorFrontend::compareState(), DefaultDecoderGenerator::completeDecoderBlock(), ConflictDetectionCodeGenerator::ConflictDetectionCodeGenerator(), ADFCombiner::connectVectorLSU(), ADFCombiner::copyGuards(), MachineConnectivityCheck::copyOpFUs(), llvm::LLVMTCEPOMBuilder::createFUTerminal(), AddFUArchFromADFCmd::Do(), AddFUCmd::Do(), PasteComponentCmd::Do(), llvm::LLVMTCEBuilder::emitInstruction(), llvm::LLVMTCEBuilder::emitOperationMacro(), InfoPortsCommand::execute(), InfoFunitsCommand::execute(), InfoProcCommand::execute(), InfoStatsCommand::execute(), ProgrammabilityValidator::findConnections(), TTAProgram::TPEFProgramFactory::findFunctionUnit(), findFunctionUnit(), MachineInfo::findLockUnits(), AlmaIFIntegrator::findMemories(), MachineConnectivityCheck::findPossibleDestinationPorts(), MachineConnectivityCheck::findPossibleSourcePorts(), BasicBlockScheduler::findTrigger(), MachineInfo::findWidestOperand(), SimulatorFrontend::finishSimulation(), FullyConnectedCheck::fix(), MinimalOpSetCheck::fix(), MachineConnectivityCheck::fromRfConnected(), CompiledSimulation::FUMemory(), CompiledSimulation::functionUnit(), TTAMachine::NullMachine::functionUnitNavigator(), MachineResourceManager::functionUnitPortResource(), ProGeTestBenchGenerator::generate(), CompiledSimCodeGenerator::generateConstructorCode(), CompiledSimCodeGenerator::generateFUOutputUpdater(), generateHeader(), CompiledSimCodeGenerator::generateHeaderAndMainCode(), ProGe::ProGeUI::generateIDF(), getFunctionUnit(), llvm::TCETargetMachine::getLoadOpcode(), MachineInfo::getOpset(), MachineInfo::getPortBindingsOfOperation(), BasicBlockScheduler::getTriggerOperand(), MachineEditPartFactory::getUnits(), DefaultDecoderGenerator::glockPortWidth(), DefaultDecoderGenerator::glockRequestWidth(), llvm::LLVMTCEBuilder::hasAmbiguousASpaceRefs(), hasOperation(), MachineResourceModifier::increaseAllFUsThatDiffersByAmount(), MachineResourceManager::indexResource(), TTAProgram::TPEFResourceUpdater::initCache(), llvm::LLVMTCEBuilder::initDataSections(), AddWatchDialog::initialize(), llvm::LLVMTCEIRBuilder::LLVMTCEIRBuilder(), TTAMachine::PortGuard::loadState(), loadState(), CostEstimator::Estimator::longestPath(), MachineAnalysis::MachineAnalysis(), main(), ProGe::RV32MicroCodeGenerator::mapFunctionUnit(), maximumLatency(), MachineInfo::maxLatency(), CompiledSimCodeGenerator::maxLatency(), MachineInfo::maxMemoryAlignment(), MinimizeMachine::minimizeFunctionUnits(), MinimalOpSetCheck::missingOperations(), MachineConnectivityCheck::needRegCopiesDueReadPortConflicts(), MachineConnectivityCheck::needsRegisterCopiesDueImmediateOperands(), AddFUFromHDBDialog::onAdd(), AddWatchDialog::onFUChoice(), PlatformIntegrator::parseDataMemories(), MachineResourceModifier::percentualFUIncrease(), BF2Scheduler::preAllocateFunctionUnitsInner(), printLatexFunctionUnitDescription(), MachineConnectivityCheck::raConnected(), ProximPortWindow::reinitialize(), BF2Scheduler::releasePortForOp(), RemoveUnconnectedComponents::removeUnconnectedFUs(), IDFValidator::removeUnknownImplementations(), ADFCombiner::renameExtraUnits(), RegisterCopyAdder::requiredRegisterCopiesForEachFU(), ComponentImplementationSelector::selectFUs(), setGlobalControl(), DataDependenceGraph::setMachine(), ProximMachineStateWindow::setUtilizationHighlights(), TDGen::supportedStackAccessOperations(), MachineConnectivityCheck::tempRegisterFiles(), ProGe::TestBenchBlock::TestBenchBlock(), MachineConnectivityCheck::toRfConnected(), CostEstimator::Estimator::totalAreaOfFunctionUnits(), CostEstimator::Estimator::totalEnergyOfFunctionUnits(), MachineInfo::triggerIndex(), UniversalMachine::universalFunctionUnit(), TTAMachine::AddressSpace::unsetMachine(), ProximPortWindow::update(), CompiledSimCodeGenerator::updateDeclaredSymbolsList(), TDGen::writeBackendCode(), TDGen::writeInstrInfo(), DefaultDecoderGenerator::writeRulesForDestinationControlSignals(), and DefaultDecoderGenerator::writeRulesForSourceControlSignals().

◆ hash()

TCEString TTAMachine::Machine::hash ( ) const

Returns a hash string of the machine to determine quickly in case two machines are the same.

The hash consists of a 32bit hash of the .adf xml data concat with the .adf data length as a hex string.

Note: The hash string is done based on the ADF XML format, thus does not account for changes that have the different XML output, but in reality are the same architecture (in the point of view of the programmer).

Definition at line 932 of file Machine.cc.

                     {
     ADFSerializer serializer;
     std::string buffer;
     serializer.setDestinationString(buffer);
     serializer.writeMachine(*this);
  
     boost::hash<std::string> string_hasher;
     size_t h = string_hasher(buffer);
  
     TCEString hash =
         (Conversion::toHexString(buffer.length())).substr(2);
  
     hash += "_";
     hash += (Conversion::toHexString(h)).substr(2);
     return hash;
 }

References XMLSerializer::setDestinationString(), Conversion::toHexString(), and ADFSerializer::writeMachine().

Referenced by DSDBManager::addArchitecture(), DSDBManager::architectureId(), and LLVMBackend::pluginFilename().

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◆ hasOperation()

bool TTAMachine::Machine::hasOperation ( const TCEString & opName ) const

Tells whether any FU in the machine has given operation or not

Parameters

opName name of the operation.

Definition at line 1048 of file Machine.cc.

                                                    {
     FunctionUnitNavigator fuNav = functionUnitNavigator();
     for (int i = 0; i < fuNav.count(); i++) {
         FunctionUnit* fu = fuNav.item(i);
         if (fu->hasOperation(opName)) {
             return true;
         }
     }
     if (controlUnit()->hasOperation(opName)) {
         return true;
     }
     return false;
 }

References controlUnit(), TTAMachine::Machine::Navigator< ComponentType >::count(), functionUnitNavigator(), TTAMachine::FunctionUnit::hasOperation(), and TTAMachine::Machine::Navigator< ComponentType >::item().

Referenced by TDGen::create32BitExtLoadPatterns(), TDGen::createBoolAndHalfLoadPatterns(), TDGen::createByteExtLoadPatterns(), TDGen::createShortExtLoadPatterns(), llvm::LLVMTCEBuilder::emitMove(), TDGen::genGeneratedTCEPlugin_getLoad(), ProGe::RV32MicroCodeGenerator::validateOperations(), DefaultDecoderGenerator::verifyCompatibility(), TDGen::writeInstrInfo(), and TDGen::writeScalarOperationExploitations().

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◆ immediateSlotNavigator()

Machine::ImmediateSlotNavigator TTAMachine::Machine::immediateSlotNavigator ( ) const

virtual

Returns a handle to the immediate slots in the machine.

Returns: Handle to the immediate slots in the machine.

Definition at line 462 of file Machine.cc.

                                       {
     ImmediateSlotNavigator navigator(immediateSlots_);
     return navigator;
 }

References immediateSlots_.

Referenced by addBus(), TTAMachine::InstructionTemplate::addSlot(), BEMGenerator::addTopLevelFields(), DisassemblyGridTable::GetNumberCols(), TTAMachine::ImmediateSlot::ImmediateSlot(), TTAMachine::ImmediateSlot::setName(), and BEMValidator::validate().

◆ immediateUnitNavigator()

Machine::ImmediateUnitNavigator TTAMachine::Machine::immediateUnitNavigator ( ) const

virtual

Returns a handle to the immediate units in the machine.

Returns: Handle to the immediate units in the machine.

Reimplemented in TTAMachine::NullMachine.

Definition at line 416 of file Machine.cc.

                                       {
     ImmediateUnitNavigator navigator(immediateUnits_);
     return navigator;
 }

References immediateUnits_.

Referenced by RegisterCopyAdder::addConnectionRegisterCopies(), DefaultDecoderGenerator::addGlockPortToDecoder(), ProGe::NetlistGenerator::addIUToNetlist(), BEMGenerator::addLongImmDstRegisterFields(), ImmediateGenerator::addSplitInsTemplate(), ImmediateAnalyzer::analyzeImmediateCapabilitiesForOperation(), MachineStateBuilder::buildMachineState(), IUBroker::buildResources(), BusBroker::buildResources(), llvm::TCETargetMachine::calculateSupportedImmediates(), MachineInfo::canEncodeImmediateInteger(), MachineConnectivityCheck::canWriteAllImmediates(), FullyConnectedCheck::check(), IDFValidator::checkIUImplementations(), ProGe::ProcessorGenerator::checkIULatencies(), BEMValidator::checkLImmDstRegisterFields(), DefaultDecoderGenerator::completeDecoderBlock(), ADFCombiner::connectRegisterFiles(), AddIUCmd::Do(), PasteComponentCmd::Do(), InfoImmediatesCommand::execute(), InfoIunitsCommand::execute(), InfoProcCommand::execute(), VLIWConnectIC::explore(), BlocksConnectIC::explore(), ProgrammabilityValidator::findConnections(), TTAProgram::TPEFProgramFactory::findImmediateUnit(), MachineConnectivityCheck::findPossibleSourcePorts(), FullyConnectedCheck::fix(), CompiledSimCodeGenerator::generateHeaderAndMainCode(), ProGe::ProGeUI::generateIDF(), MachineEditPartFactory::getUnits(), DefaultDecoderGenerator::glockPortWidth(), TTAMachine::NullMachine::immediateUnitNavigator(), CompiledSimulation::immediateUnitRegisterValue(), MachineResourceManager::indexResource(), TTAProgram::TPEFResourceUpdater::initCache(), TTAMachine::InstructionTemplate::loadState(), loadState(), main(), MachineConnectivityCheck::maxLIMMCount(), AddIUFromHDBDialog::onAdd(), ImmInfo::registerImmediateLoadWidth(), ProximRegisterWindow::reinitialize(), IDFValidator::removeUnknownImplementations(), ADFCombiner::renameExtraUnits(), ComponentImplementationSelector::selectIUs(), TTAMachine::InstructionTemplate::supportedWidth(), ConnectionSweeper::sweepBypasses(), ConnectionSweeper::sweepRFs(), MachineConnectivityCheck::tempRegisterFiles(), MachineConnectivityCheck::toRfConnected(), ProximRegisterWindow::update(), DefaultDecoderGenerator::writeControlRegisterMappings(), DefaultDecoderGenerator::writeInstructionTemplateProcedures(), DefaultDecoderGenerator::writeLongImmediateWriteProcess(), TDGen::writeMoveImmediateDefs(), DefaultDecoderGenerator::writeRFCntrlSignals(), and DefaultDecoderGenerator::writeRulesForSourceControlSignals().

◆ instructionTemplateNavigator()

Machine::InstructionTemplateNavigator TTAMachine::Machine::instructionTemplateNavigator ( ) const

virtual

Returns a handle to the instruction templates in the machine.

Returns: Handle to the instruction templates in the machine.

Reimplemented in TTAMachine::NullMachine.

Definition at line 428 of file Machine.cc.

                                             {
     InstructionTemplateNavigator navigator(instructionTemplates_);
     return navigator;
 }

References instructionTemplates_.

Referenced by CodeCompressorPlugin::addBitsForImmediateSlot(), CodeCompressorPlugin::addBitsForMoveSlot(), BEMGenerator::addEncodings(), BEMGenerator::addLongImmDstRegisterFields(), BEMGenerator::addTopLevelFields(), ImmediateAnalyzer::analyzeImmediateCapabilitiesForOperation(), ITemplateBroker::buildResources(), BusBroker::buildResources(), llvm::TCETargetMachine::calculateSupportedImmediates(), MachineInfo::canEncodeImmediateInteger(), BEMValidator::checkImmediateControlField(), BEMValidator::checkLImmDstRegisterFields(), VLIWConnectIC::explore(), BlocksConnectIC::explore(), TTAProgram::TPEFProgramFactory::findInstrTemplate(), MachineResourceModifier::hasSlot(), CodeCompressorPlugin::instructionTemplate(), TTAMachine::NullMachine::instructionTemplateNavigator(), loadState(), BEMGenerator::maxLongImmSlotWidth(), ImmediateGenerator::printImmediateTemplates(), MachineResourceModifier::reduceBuses(), ImmInfo::registerImmediateLoadWidth(), MachineResourceModifier::removeBuses(), ImmediateGenerator::removeInsTemplate(), IUBroker::setupResourceLinks(), MachineInfo::templatesUsesSlot(), MachineInfo::templatesUsingSlot(), TTAMachine::ImmediateSlot::unsetMachine(), TTAMachine::ImmediateUnit::unsetMachine(), TTAMachine::Bus::unsetMachine(), TTAMachine::ImmediateSlot::width(), DefaultDecoderGenerator::writeLongImmediateWriteProcess(), and TDGen::writeMoveImmediateDefs().

◆ is64bit()

bool TTAMachine::Machine::is64bit ( ) const

inline

Definition at line 260 of file Machine.hh.

260 { return bitness64_; }

References bitness64_.

◆ isFUOrdered()

bool TTAMachine::Machine::isFUOrdered ( ) const

Returns true if sequential order of FUs in ADF file is significant.

In certain architectures (Cell SPU) the "relative order" of the function units matters when it comes to accessing same register by multiple operations in the same cycle.

Definition at line 977 of file Machine.cc.

                            {
     return fuOrdered_;
 }

References fuOrdered_.

◆ isLittleEndian()

bool TTAMachine::Machine::isLittleEndian ( ) const

inline

Definition at line 258 of file Machine.hh.

258 { return littleEndian_; }

References littleEndian_.

◆ isRISCVMachine()

bool TTAMachine::Machine::isRISCVMachine ( ) const

Definition at line 1063 of file Machine.cc.

                               {
     OperationTriggeredFormatNavigator fNav =
         operationTriggeredFormatNavigator();
     int fCount = fNav.count();
     if (fCount == 0) {
         return false;
     } else if (fCount != 6) {
         throw InvalidData(
             __FILE__, __LINE__, __func__,
             TCEString("Only Instruction format count 6 or 0 valid") +
                 "Given machine has " + Conversion::toString(fCount) +
                 " formats");
     }
     const std::vector<std::string> requiredFormats = {
         "riscv_r_type", "riscv_i_type", "riscv_s_type",
         "riscv_b_type", "riscv_u_type", "riscv_j_type"};
  
     for (const std::string& f : requiredFormats) {
         if (!fNav.hasItem(f)) {
             throw InvalidData(
                 __FILE__, __LINE__, __func__,
                 TCEString("Missing required instruction format: ") + f);
         }
     }
     return true;
 }

References __func__, TTAMachine::Machine::Navigator< ComponentType >::count(), TTAMachine::Machine::Navigator< ComponentType >::hasItem(), operationTriggeredFormatNavigator(), and Conversion::toString().

Referenced by ProGe::NetlistGenerator::addGCUToNetlist(), DefaultICGenerator::addICToNetlist(), ProGe::ProcessorWrapperBlock::addInstructionMemory(), ProGe::ProcessorGenerator::generateProcessor(), CodeCompressorPlugin::setMachine(), DefaultDecoderGenerator::verifyCompatibility(), DefaultDecoderGenerator::writeControlRegisterMappings(), and DefaultICGenerator::writeInterconnectionNetwork().

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◆ isUniversalMachine()

bool TTAMachine::Machine::isUniversalMachine ( ) const

virtual

Reimplemented in UniversalMachine.

Definition at line 127 of file Machine.cc.

                                   {
     return false;
 }

Referenced by POMDisassembler::createFUPort().

◆ loadFromADF()

TTAMachine::Machine * TTAMachine::Machine::loadFromADF ( const std::string & adfFileName )

static

Loads a Machine from the given ADF file.

Parameters

adfFileName The name of the file to load the ADF from.

Returns: A machine instance.

Exceptions

Exception In case some error occured.

Definition at line 905 of file Machine.cc.

                                                  {
     ADFSerializer serializer;
     serializer.setSourceFile(adfFileName);
  
     return serializer.readMachine();
 }

References ADFSerializer::readMachine(), and XMLSerializer::setSourceFile().

Referenced by MinimalOpSetCheck::buildMinimalOpSet(), Evaluate::createConfig(), MinimalOpSet::createConfig(), llvm::LLVMTCEPOMBuilder::doInitialization(), ComponentAdder::explore(), ImplementationSelector::explore(), ADFCombiner::explore(), MinimalOpSetCheck::fix(), llvm::LLVMTCERISCVIntrinsicsLowering::LLVMTCERISCVIntrinsicsLowering(), llvm::LLVMTCEScheduler::LLVMTCEScheduler(), and main().

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◆ loadState()

void TTAMachine::Machine::loadState ( const ObjectState * state )

virtual

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

Parameters

state Root node of the ObjectState tree.

Exceptions

ObjectStateLoadingException If the given ObjectState tree is invalid.

Implements Serializable.

Reimplemented in UniversalMachine, and TTAMachine::NullMachine.

Definition at line 728 of file Machine.cc.

                                            {
     string procName = "Machine::loadState";
  
     if (state->name() != OSNAME_MACHINE) {
         throw ObjectStateLoadingException(__FILE__, __LINE__, procName);
     }
  
     // delete all the old components
     busses_.deleteAll();
     sockets_.deleteAll();
     instructionTemplates_.deleteAll();
     registerFiles_.deleteAll();
     immediateUnits_.deleteAll();
     functionUnits_.deleteAll();
     addressSpaces_.deleteAll();
     bridges_.deleteAll();
     immediateSlots_.deleteAll();
     operationTriggeredFormats_.deleteAll();
  
     if (controlUnit_ != NULL) {
         delete controlUnit_;
         controlUnit_ = NULL;
     }
  
     Component* toAdd = NULL;
  
     setAlwaysWriteResults(
         state->hasAttribute(OSKEY_ALWAYS_WRITE_BACK_RESULTS) &&
         state->boolAttribute(OSKEY_ALWAYS_WRITE_BACK_RESULTS));        
     setTriggerInvalidatesResults(
         state->hasAttribute(OSKEY_TRIGGER_INVALIDATES_OLD_RESULTS) &&
         state->boolAttribute(OSKEY_TRIGGER_INVALIDATES_OLD_RESULTS));
     setFUOrdered(
         state->hasAttribute(OSKEY_FUNCTION_UNITS_ORDERED) &&
         state->boolAttribute(OSKEY_FUNCTION_UNITS_ORDERED));
     setLittleEndian(
         state->hasAttribute("little-endian") &&
         state->boolAttribute("little-endian"));
     set64bits(
         state->hasAttribute("bitness64") &&
         state->boolAttribute("bitness64"));
  
     try {
         // create skeletons
         for (int i = 0; i < state->childCount(); i++) {
             toAdd = NULL;
             ObjectState* child = state->child(i);
             if (child->name() == Bus::OSNAME_BUS) {
                 Bus* bus = new Bus(child);
                 toAdd = bus;
                 addBus(*bus);
             } else if (child->name() == Socket::OSNAME_SOCKET) {
                 Socket* socket = new Socket(child);
                 toAdd = socket;
                 addSocket(*socket);
             } else if (child->name() == Bridge::OSNAME_BRIDGE) {
                 // bridge is registered automatically
                 new Bridge(child, *this);
             } else if (child->name() == AddressSpace::OSNAME_ADDRESS_SPACE) {
                 // address space is registered automatically and its state is
                 // loaded completely --> no need to call loadState later
                 new AddressSpace(child, *this);
             } else if (child->name() == RegisterFile::OSNAME_REGISTER_FILE) {
                 RegisterFile* regFile = new RegisterFile(child);
                 toAdd = regFile;
                 addRegisterFile(*regFile);
             } else if (child->name() == FunctionUnit::OSNAME_FU) {
                 FunctionUnit* fu = new FunctionUnit(child);
                 toAdd = fu;
                 addFunctionUnit(*fu);
             } else if (child->name() == 
                     ImmediateUnit::OSNAME_IMMEDIATE_UNIT) {
                 ImmediateUnit* immUnit = new ImmediateUnit(child);
                 toAdd = immUnit;
                 addImmediateUnit(*immUnit);
             } else if (child->name() == ControlUnit::OSNAME_CONTROL_UNIT) {
                 ControlUnit* cUnit = new ControlUnit(child);
                 toAdd = cUnit;
                 setGlobalControl(*cUnit);
             } else if (child->name() == ImmediateSlot::OSNAME_IMMEDIATE_SLOT) {
                 new ImmediateSlot(child, *this);
             } else if (
                 child->name() !=
                     InstructionTemplate::OSNAME_INSTRUCTION_TEMPLATE &&
                 child->name() != OperationTriggeredFormat::OSNAME_FORMAT) {
                 throw ObjectStateLoadingException(
                     __FILE__, __LINE__, procName);
             }
         }
  
     } catch (const Exception& e) {
         if (toAdd != NULL) {
             delete toAdd;
         }
         throw ObjectStateLoadingException(__FILE__, __LINE__, procName,
                                           e.errorMessage());
     }
  
     // load states of each component
     try {
         for (int i = 0; i < state->childCount(); i++) {
             ObjectState* child = state->child(i);
             string name = child->stringAttribute(Component::OSKEY_NAME);
             if (child->name() == Bus::OSNAME_BUS) {
                 BusNavigator busNav = busNavigator();
                 Bus* bus = busNav.item(name);
                 bus->loadState(child);
             } else if (child->name() == Socket::OSNAME_SOCKET) {
                 SocketNavigator socketNav = socketNavigator();
                 Socket* socket = socketNav.item(name);
                 socket->loadState(child);
             } else if (child->name() == Bridge::OSNAME_BRIDGE) {
                 BridgeNavigator bridgeNav = bridgeNavigator();
                 Bridge* bridge = bridgeNav.item(name);
                 bridge->loadState(child);
             } else if (child->name() == RegisterFile::OSNAME_REGISTER_FILE) {
                 RegisterFileNavigator rfNav = registerFileNavigator();
                 RegisterFile* rf = rfNav.item(name);
                 rf->loadState(child);
             } else if (child->name() == FunctionUnit::OSNAME_FU) {
                 FunctionUnitNavigator fuNav = functionUnitNavigator();
                 FunctionUnit* fu = fuNav.item(name);
                 fu->loadState(child);
             } else if (child->name() ==
                        ImmediateUnit::OSNAME_IMMEDIATE_UNIT) {
                 ImmediateUnitNavigator iuNav = immediateUnitNavigator();
                 ImmediateUnit* iu = iuNav.item(name);
                 iu->loadState(child);
             } else if (child->name() ==
                        ControlUnit::OSNAME_CONTROL_UNIT) {
                 ControlUnit* cu = controlUnit();
                 cu->loadState(child);
             } else if (child->name() ==
                        InstructionTemplate::OSNAME_INSTRUCTION_TEMPLATE) {
                 // instruction template loads its state completely
                 new InstructionTemplate(child, *this);
             } else if (
                 child->name() == OperationTriggeredFormat::OSNAME_FORMAT) {
                 new OperationTriggeredFormat(child, *this);
             }
         }
     } catch (const Exception& e) {
         throw ObjectStateLoadingException(__FILE__, __LINE__, procName,
                                           e.errorMessage());
     }
  
     // create an empty instruction template if there is no instruction
     // templates
     InstructionTemplateNavigator itNav = instructionTemplateNavigator();
     if (itNav.count() == 0) {
         new InstructionTemplate(EMPTY_ITEMP_NAME_, *this);
     }
 }

References addBus(), addFunctionUnit(), addImmediateUnit(), addRegisterFile(), addressSpaces_, addSocket(), ObjectState::boolAttribute(), bridgeNavigator(), bridges_, busNavigator(), busses_, ObjectState::child(), ObjectState::childCount(), controlUnit(), controlUnit_, TTAMachine::Machine::Navigator< ComponentType >::count(), EMPTY_ITEMP_NAME_, Exception::errorMessage(), functionUnitNavigator(), functionUnits_, ObjectState::hasAttribute(), immediateSlots_, immediateUnitNavigator(), immediateUnits_, instructionTemplateNavigator(), instructionTemplates_, TTAMachine::Machine::Navigator< ComponentType >::item(), TTAMachine::Bridge::loadState(), TTAMachine::ImmediateUnit::loadState(), TTAMachine::ControlUnit::loadState(), TTAMachine::RegisterFile::loadState(), TTAMachine::Socket::loadState(), TTAMachine::FunctionUnit::loadState(), TTAMachine::Bus::loadState(), ObjectState::name(), operationTriggeredFormats_, OSKEY_ALWAYS_WRITE_BACK_RESULTS, OSKEY_FUNCTION_UNITS_ORDERED, TTAMachine::Component::OSKEY_NAME, OSKEY_TRIGGER_INVALIDATES_OLD_RESULTS, TTAMachine::AddressSpace::OSNAME_ADDRESS_SPACE, TTAMachine::Bridge::OSNAME_BRIDGE, TTAMachine::Bus::OSNAME_BUS, TTAMachine::ControlUnit::OSNAME_CONTROL_UNIT, TTAMachine::OperationTriggeredFormat::OSNAME_FORMAT, TTAMachine::FunctionUnit::OSNAME_FU, TTAMachine::ImmediateSlot::OSNAME_IMMEDIATE_SLOT, TTAMachine::ImmediateUnit::OSNAME_IMMEDIATE_UNIT, TTAMachine::InstructionTemplate::OSNAME_INSTRUCTION_TEMPLATE, OSNAME_MACHINE, TTAMachine::RegisterFile::OSNAME_REGISTER_FILE, TTAMachine::Socket::OSNAME_SOCKET, registerFileNavigator(), registerFiles_, set64bits(), setAlwaysWriteResults(), setFUOrdered(), setGlobalControl(), setLittleEndian(), setTriggerInvalidatesResults(), socketNavigator(), sockets_, and ObjectState::stringAttribute().

Referenced by DSDBManager::architecture(), copyFromMachine(), Machine(), MinimizeMachine::minimizeFunctionUnits(), MinimizeMachine::minimizeRegisterFiles(), and ADFSerializer::readMachine().

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◆ machineTester()

MachineTester & TTAMachine::Machine::machineTester ( ) const

Returns the machine tester for the machine.

Returns: The machine tester for the machine.

Definition at line 671 of file Machine.cc.

                              {
     if (doValidityChecks_) {
         return *machineTester_;
     } else {
         return *dummyMachineTester_;
     }
 }

References doValidityChecks_, dummyMachineTester_, and machineTester_.

Referenced by TTAMachine::Socket::attachBus(), TTAMachine::Port::attachSocket(), TTAMachine::Segment::attachSocket(), TTAMachine::Bridge::Bridge(), RemoveUnconnectedComponents::checkFUPorts(), RemoveUnconnectedComponents::checkRFPorts(), ControlDependenceGraphPass::handleControlDependenceGraph(), DDGPass::handleDDG(), TTAMachine::Bridge::loadState(), and TTAMachine::Socket::setDirection().

◆ maximumLatency()

int TTAMachine::Machine::maximumLatency ( ) const

Gets the maximum latency of any operation supported by this machine.

Definition at line 1029 of file Machine.cc.

                               {
     int maxLatency = 0;
     FunctionUnitNavigator fuNav = functionUnitNavigator();
     for (int i = 0; i < fuNav.count(); i++) {
         FunctionUnit* fu = fuNav.item(i);
         int fuLatency = fu->maxLatency();
         if (fuLatency > maxLatency) {
             maxLatency = fuLatency;
         }
     }
     return maxLatency;
 }

References TTAMachine::Machine::Navigator< ComponentType >::count(), functionUnitNavigator(), TTAMachine::Machine::Navigator< ComponentType >::item(), and TTAMachine::FunctionUnit::maxLatency().

Referenced by BF2ScheduleFront::scheduleFrontFromMove().

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◆ operationTriggeredFormatNavigator()

Machine::OperationTriggeredFormatNavigator TTAMachine::Machine::operationTriggeredFormatNavigator ( ) const

virtual

Returns a handle to the instruction templates in the machine.

Returns: Handle to the instruction templates in the machine.

Definition at line 439 of file Machine.cc.

                                                  {
     OperationTriggeredFormatNavigator navigator(operationTriggeredFormats_);
     return navigator;
 }

References operationTriggeredFormats_.

Referenced by BEMGenerator::addTopLevelFields(), and isRISCVMachine().

◆ operator=()

Machine& TTAMachine::Machine::operator= ( const Machine & )

private

Assignment not allowed.

◆ registerFileNavigator()

Machine::RegisterFileNavigator TTAMachine::Machine::registerFileNavigator ( ) const

virtual

Returns a handle to the register files in the machine.

Returns: Handle to the register files in the machine.

Reimplemented in TTAMachine::NullMachine.

Definition at line 450 of file Machine.cc.

                                      {
     RegisterFileNavigator navigator(registerFiles_);
     return navigator;
 }

References registerFiles_.

Referenced by DefaultDecoderGenerator::addGlockPortToDecoder(), ComponentAdder::addRegisterFiles(), ADFCombiner::addRegisterFiles(), ProGe::NetlistGenerator::addRFToNetlist(), TDGen::analyzeMachineRegisters(), MachineResourceModifier::analyzeRegisters(), TDGen::analyzeRegisters(), UniversalMachine::booleanRegisterFile(), MachineStateBuilder::buildMachineState(), llvm::TCETargetMachine::calculateSupportedImmediates(), RegisterQuantityCheck::canFixIntRegs(), RFPortCheck::check(), FullyConnectedCheck::check(), ProgrammabilityValidator::checkBooleanRegister(), IDFValidator::checkRFImplementations(), RemoveUnconnectedComponents::checkRFPorts(), SimulatorFrontend::compareState(), DefaultDecoderGenerator::completeDecoderBlock(), ADFCombiner::connectRegisterFiles(), ADFCombiner::copyGuards(), RegisterQuantityCheck::countIntRegisters(), TTAProgram::CodeGenerator::createTerminalRegister(), llvm::LLVMTCEBuilder::createTerminalRegister(), AddRFCmd::Do(), PasteComponentCmd::Do(), UniversalMachine::doubleRegisterFile(), llvm::LLVMTCEBuilder::emitLongjmp(), llvm::LLVMTCEBuilder::emitSetjmp(), llvm::LLVMTCEBuilder::emitSPInitialization(), InfoRegFilesCommand::execute(), InfoProcCommand::execute(), InfoStatsCommand::execute(), VLIWConnectIC::explore(), SimulatorFrontend::findBooleanRegister(), findBooleanRegisterFile(), RegisterRenamer::findConnectedRFs(), ProgrammabilityValidator::findConnections(), RegisterRenamer::findFreeRegisters(), ProgrammabilityValidator::findGlobalConnectionRegister(), RegisterRenamer::findPartiallyUsedRegistersAfterCycle(), RegisterRenamer::findPartiallyUsedRegistersBeforeCycle(), RegisterRenamer::findPartiallyUsedRegistersInRFAfterCycle(), RegisterRenamer::findPartiallyUsedRegistersInRFBeforeCycle(), SimulatorFrontend::findRegister(), findRegisterFile(), TTAProgram::TPEFProgramFactory::findRegisterFile(), ProGe::RV32MicroCodeGenerator::findRF(), SimulatorFrontend::finishSimulation(), FullyConnectedCheck::fix(), RegisterQuantityCheck::fixIntRegs(), CompiledSimCodeGenerator::generateHeaderAndMainCode(), ProGe::ProGeUI::generateIDF(), getRegisterFile(), MachineEditPartFactory::getUnits(), DefaultDecoderGenerator::glockPortWidth(), MachineConnectivityCheck::hasConditionalMoves(), MachineResourceModifier::increaseAllRFsThatDiffersByAmount(), MachineResourceManager::indexResource(), TTAProgram::TPEFResourceUpdater::initCache(), AddWatchDialog::initialize(), RegisterRenamer::initialize(), UniversalMachine::integerRegisterFile(), MachineConnectivityCheck::isConnectedToDifferentlyConnectedRFs(), loadState(), TTAMachine::RegisterGuard::loadState(), CostEstimator::Estimator::longestPath(), MachineAnalysis::MachineAnalysis(), main(), MinimizeMachine::minimizeRegisterFiles(), MachineConnectivityCheck::needRegCopiesDueReadPortConflicts(), MachineInfo::numberOfRegisters(), AddRFFromHDBDialog::onAdd(), AddWatchDialog::onRFChoice(), MachineResourceModifier::percentualRegisterIncrease(), llvm::LLVMTCEIRBuilder::registerFileName(), TTAMachine::NullMachine::registerFileNavigator(), SimulationController::registerFileValue(), CompiledSimController::registerFileValue(), CompiledSimulation::registerFileValue(), ProximRegisterWindow::reinitialize(), IDFValidator::removeUnknownImplementations(), ADFCombiner::renameExtraUnits(), BFRenameLiveRange::renameLiveRange(), RegisterRenamer::renameLiveRange(), ComponentImplementationSelector::selectRFs(), BFRenameLiveRange::setTerminals(), UniversalMachine::specialRegisterFile(), ConnectionSweeper::sweepBypasses(), ConnectionSweeper::sweepRFs(), MachineConnectivityCheck::tempRegisterFiles(), CostEstimator::Estimator::totalAreaOfRegisterFiles(), CostEstimator::Estimator::totalEnergyOfRegisterFiles(), ProximRegisterWindow::update(), TDGen::writeMoveImmediateDefs(), DefaultDecoderGenerator::writeRFSRAMDecodingProcess(), DefaultDecoderGenerator::writeRulesForDestinationControlSignals(), and DefaultDecoderGenerator::writeRulesForSourceControlSignals().

◆ removeBus()

void TTAMachine::Machine::removeBus ( Bus & bus )

virtual

Removes bus from the machine.

The machine will stay consistent after removal.

Parameters

bus	Bus to be removed.

Exceptions

InstanceNotFound If the machine does not have the given bus.

Reimplemented in UniversalMachine, and TTAMachine::NullMachine.

Definition at line 477 of file Machine.cc.

                            {
     removeComponent(busses_, bus);
 }

References busses_, and removeComponent().

Referenced by RemoveUnconnectedComponents::checkBuses(), VLIWConnectIC::explore(), BlocksConnectIC::explore(), MachineResourceModifier::reduceBuses(), MachineResourceModifier::removeBuses(), and TTAMachine::Bus::unsetMachine().

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◆ removeComponent()

template<typename ContainerType , typename ComponentType >

void TTAMachine::Machine::removeComponent	(	ContainerType &	container,
		ComponentType &	toRemove
	)

private

Referenced by removeBus(), removeFunctionUnit(), removeImmediateUnit(), removeRegisterFile(), and removeSocket().

◆ removeFunctionUnit()

void TTAMachine::Machine::removeFunctionUnit ( FunctionUnit & unit )

virtual

Removes the given function unit from the machine.

Parameters

unit	The function unit to be removed.

Exceptions

InstanceNotFound If the given function unit does not belong to the machine.

Reimplemented in UniversalMachine, and TTAMachine::NullMachine.

Definition at line 530 of file Machine.cc.

                                               {
     removeComponent(functionUnits_, unit);
 }

References functionUnits_, and removeComponent().

Referenced by MinimizeMachine::minimizeFunctionUnits(), RemoveUnconnectedComponents::removeUnconnectedFUs(), removeUnit(), and TTAMachine::FunctionUnit::unsetMachine().

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◆ removeImmediateUnit()

void TTAMachine::Machine::removeImmediateUnit ( ImmediateUnit & unit )

virtual

Removes the given immediate unit from the machine.

Parameters

unit	The immediate unit to be removed.

Exceptions

InstanceNotFound If the given immediate unit does not belong to the machine.

Reimplemented in TTAMachine::NullMachine.

Definition at line 542 of file Machine.cc.

                                                 {
     removeComponent(immediateUnits_, unit);
 }

References immediateUnits_, and removeComponent().

Referenced by removeUnit(), and TTAMachine::ImmediateUnit::unsetMachine().

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◆ removeRegisterFile()

void TTAMachine::Machine::removeRegisterFile ( RegisterFile & unit )

virtual

Removes the given register file from the machine.

Parameters

unit	The register file to be removed.

Exceptions

InstanceNotFound If the given register file does not belong to the machine.

Reimplemented in UniversalMachine, and TTAMachine::NullMachine.

Definition at line 554 of file Machine.cc.

                                               {
     removeComponent(registerFiles_, unit);
 }

References registerFiles_, and removeComponent().

Referenced by RemoveUnconnectedComponents::checkRFPorts(), VLIWConnectIC::explore(), MinimizeMachine::minimizeRegisterFiles(), removeUnit(), and TTAMachine::RegisterFile::unsetMachine().

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◆ removeSocket()

void TTAMachine::Machine::removeSocket ( Socket & socket )

virtual

Removes socket from the machine.

The machine will stay consistent after removal.

Parameters

socket Socket to be removed.

Exceptions

InstanceNotFound If the machine does not have the given socket.

Reimplemented in UniversalMachine, and TTAMachine::NullMachine.

Definition at line 490 of file Machine.cc.

                                     {
     removeComponent(sockets_, socket);
 }

References removeComponent(), and sockets_.

Referenced by VLIWConnectIC::explore(), BlocksConnectIC::explore(), MachineResourceModifier::removeNotConnectedSockets(), and TTAMachine::Socket::unsetMachine().

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◆ removeUnit()

void TTAMachine::Machine::removeUnit ( Unit & unit )

virtual

Removes unit from the machine.

The machine will stay consistent after removal. Global control unit must be removed using unsetGlobalControl method.

Parameters

unit	Unit to be removed.

Exceptions

InstanceNotFound	If the machine does not have the given unit.
IllegalParameters	If ControlUnit is tried to remove.

Reimplemented in TTAMachine::NullMachine.

Definition at line 505 of file Machine.cc.

                               {
     FunctionUnit* fu = dynamic_cast<FunctionUnit*>(&unit);
     ImmediateUnit* iu = dynamic_cast<ImmediateUnit*>(&unit);
     RegisterFile* rf = dynamic_cast<RegisterFile*>(&unit);
  
     if (fu != NULL) {
         removeFunctionUnit(*fu);
     } else if (iu != NULL) {
         removeImmediateUnit(*iu);
     } else if (rf != NULL) {
         removeRegisterFile(*rf);
     } else {
         const string procName = "Machine::removeUnit";
         throw IllegalParameters(__FILE__, __LINE__, procName);
     }
 }

References removeFunctionUnit(), removeImmediateUnit(), and removeRegisterFile().

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◆ saveComponentStates()

template<typename ContainerType >

void TTAMachine::Machine::saveComponentStates	(	ContainerType &	container,
		ObjectState *	parent
	)

staticprivate

Saves the state of each component in the given container and add the created ObjectStates as children of the given parent ObjectState.

Parameters

container	The container.
parent	The parent ObjectState.

Definition at line 1018 of file Machine.cc.

                                                                           {
     for (int i = 0; i < container.count(); i++) {
         Serializable* component = container.item(i);
         parent->addChild(component->saveState());
     }
 }

References ObjectState::addChild(), and Serializable::saveState().

Referenced by saveState().

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◆ saveState()

ObjectState * TTAMachine::Machine::saveState ( ) const

virtual

Saves the machine to ObjectState tree.

Returns: Root of the created ObjectState tree.

Implements Serializable.

Reimplemented in TTAMachine::NullMachine.

Definition at line 686 of file Machine.cc.

                          {
  
     ObjectState* rootState = new ObjectState(OSNAME_MACHINE);
  
     saveComponentStates(busses_, rootState);
     saveComponentStates(sockets_, rootState);
     saveComponentStates(bridges_, rootState);
     saveComponentStates(functionUnits_, rootState);
     saveComponentStates(registerFiles_, rootState);
     saveComponentStates(immediateUnits_, rootState);
     saveComponentStates(addressSpaces_, rootState);
     saveComponentStates(instructionTemplates_, rootState);
     saveComponentStates(immediateSlots_, rootState);
     saveComponentStates(operationTriggeredFormats_, rootState);
  
     // save global control unit
     if (controlUnit_ != NULL) {
         rootState->addChild(controlUnit_->saveState());
     }
  
     rootState->setAttribute(
         OSKEY_ALWAYS_WRITE_BACK_RESULTS, alwaysWriteResults_);
     rootState->setAttribute(
         OSKEY_TRIGGER_INVALIDATES_OLD_RESULTS, triggerInvalidatesResults_);
     rootState->setAttribute(
         OSKEY_FUNCTION_UNITS_ORDERED, fuOrdered_);
     rootState->setAttribute("little-endian", littleEndian_);
     rootState->setAttribute("bitness64", bitness64_);
  
     
     return rootState;
 }

References ObjectState::addChild(), addressSpaces_, alwaysWriteResults_, bitness64_, bridges_, busses_, controlUnit_, functionUnits_, fuOrdered_, immediateSlots_, immediateUnits_, instructionTemplates_, littleEndian_, operationTriggeredFormats_, OSKEY_ALWAYS_WRITE_BACK_RESULTS, OSKEY_FUNCTION_UNITS_ORDERED, OSKEY_TRIGGER_INVALIDATES_OLD_RESULTS, OSNAME_MACHINE, registerFiles_, saveComponentStates(), TTAMachine::ControlUnit::saveState(), ObjectState::setAttribute(), sockets_, and triggerInvalidatesResults_.

Referenced by DSDBManager::addArchitecture(), copyFromMachine(), Machine(), MinimizeMachine::minimizeFunctionUnits(), MinimizeMachine::minimizeRegisterFiles(), and ADFSerializer::writeMachine().

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◆ set64bits()

void TTAMachine::Machine::set64bits ( bool flag )

inline

Definition at line 261 of file Machine.hh.

261 { bitness64_ = flag; }

References bitness64_.

Referenced by loadState().

◆ setAlwaysWriteResults()

void TTAMachine::Machine::setAlwaysWriteResults ( bool result )

Sets whether or not result must always be written to register.

Definition at line 985 of file Machine.cc.

                                          {
     alwaysWriteResults_ = result;
 }

References alwaysWriteResults_.

Referenced by loadState().

◆ setBusPosition()

void TTAMachine::Machine::setBusPosition	(	const Bus &	bus,
		int	newPosition
	)

Sets new position for the given bus.

Parameters

bus	The bus being moved.
newPosition	The index of the new position (the first position is 0).

Exceptions

IllagalRegistration	If the given bus is not registered to the machine.
OutOfRange	If the given position is less than 0 or not smaller than the number of buses in the machine.

Definition at line 651 of file Machine.cc.

                                                        {
     const string procName = "Machine::setBusPosition";
  
     if (bus.machine() != this) {
         throw IllegalRegistration(__FILE__, __LINE__, procName);
     }
  
     if (newPosition < 0 || newPosition >= busNavigator().count()) {
         throw OutOfRange(__FILE__, __LINE__, procName);
     }
  
     busses_.moveToPosition(&bus, newPosition);
 }

References busNavigator(), busses_, and TTAMachine::Component::machine().

Referenced by ProDeBusOrderDialog::onDown(), and ProDeBusOrderDialog::onUp().

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◆ setFUOrdered()

void TTAMachine::Machine::setFUOrdered ( bool order )

Definition at line 1005 of file Machine.cc.

                                {
     fuOrdered_ = order;
 }

References fuOrdered_.

Referenced by loadState().

◆ setGlobalControl()

void TTAMachine::Machine::setGlobalControl ( ControlUnit & unit )

virtual

Sets the global control unit for the machine.

Parameters

unit	The new global control unit.

Exceptions

ComponentAlreadyExists If a control unit already exists in the machine.

Reimplemented in UniversalMachine, and TTAMachine::NullMachine.

Definition at line 317 of file Machine.cc.

                                            {
     const string procName = "Machine::setGlobalControl";
  
     if (controlUnit_ != NULL) {
         throw ComponentAlreadyExists(__FILE__, __LINE__, procName);
     }
  
     // check that the name is unique among function units
     FunctionUnitNavigator fuNav = functionUnitNavigator();
     if (fuNav.hasItem(unit.name())) {
         throw ComponentAlreadyExists(__FILE__, __LINE__, procName);
     }
  
     if (unit.machine() == NULL) {
         unit.setMachine(*this);
     } else {
         controlUnit_ = &unit;
     }
 }

References controlUnit_, functionUnitNavigator(), TTAMachine::Machine::Navigator< ComponentType >::hasItem(), TTAMachine::Component::machine(), TTAMachine::Component::name(), and TTAMachine::ControlUnit::setMachine().

Referenced by ADFCombiner::addFunctionUnits(), BlocksGCU::BlocksGCU(), loadState(), and TTAMachine::ControlUnit::setMachine().

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◆ setLittleEndian()

void TTAMachine::Machine::setLittleEndian ( bool flag )

inline

Definition at line 259 of file Machine.hh.

259 { littleEndian_ = flag; }

References littleEndian_.

Referenced by BlocksTranslator::BuildTTAModel(), loadState(), and MachineDialog::onOK().

◆ setTriggerInvalidatesResults()

void TTAMachine::Machine::setTriggerInvalidatesResults ( bool trigger )

Sets whether triggering invalidates register where result will be stored.

Definition at line 993 of file Machine.cc.

                                                   {
     triggerInvalidatesResults_ = trigger;
 }

References triggerInvalidatesResults_.

Referenced by loadState().

◆ socketNavigator()

Machine::SocketNavigator TTAMachine::Machine::socketNavigator ( ) const

virtual

Returns a handle to the sockets in the machine.

Returns: Handle to the sockets in the machine.

Reimplemented in TTAMachine::NullMachine.

Definition at line 368 of file Machine.cc.

                                {
     SocketNavigator navigator(sockets_);
     return navigator;
 }

References sockets_.

Referenced by ADFCombiner::addBuses(), SimpleICOptimizer::addConnections(), DefaultICGenerator::addICToNetlist(), BEMGenerator::addSocketCodeTables(), TTAMachine::Port::attachSocket(), InputPSocketBroker::buildResources(), OutputPSocketBroker::buildResources(), DefaultICDecoderEstimator::busParameters(), FullyConnectedCheck::check(), RemoveUnconnectedComponents::checkBuses(), RemoveUnconnectedComponents::checkFUPorts(), RemoveUnconnectedComponents::checkRFPorts(), BEMValidator::checkSocketCodeTable(), DefaultDecoderGenerator::completeDecoderBlock(), FullyConnectedCheck::connectFUPort(), BlocksTranslator::ConnectInputs(), ADFCombiner::connectPorts(), ADFCombiner::connectVectorLSU(), TTAProgram::TPEFProgramFactory::createInstruction(), ADFCombiner::createPortsAndSockets(), FullyConnectedCheck::createSocket(), AddSocketCmd::Do(), PasteComponentCmd::Do(), UniversalFunctionUnit::ensureInputPorts(), UniversalFunctionUnit::ensureOutputPorts(), DefaultICDecoderEstimator::estimateICArea(), DefaultICDecoderEstimator::estimateICEnergy(), InfoProcCommand::execute(), VLIWConnectIC::explore(), BlocksConnectIC::explore(), SimulatorFrontend::finishSimulation(), FullyConnectedCheck::fix(), DefaultICGenerator::generateSocketsAndMuxes(), MachineEditPartFactory::getSockets(), loadState(), CostEstimator::Estimator::longestPath(), BEMValidator::needsSocketCodeTable(), SimpleICOptimizer::removeAllConnections(), ConnectionSweeper::removeConnection(), MachineResourceModifier::removeNotConnectedSockets(), RemoveUnconnectedComponents::removeUnconnectedFUs(), ProximMachineStateWindow::setUtilizationHighlights(), TTAMachine::NullMachine::socketNavigator(), DefaultDecoderGenerator::writeControlRegisterMappings(), DefaultICGenerator::writeInterconnectionNetwork(), DefaultDecoderGenerator::writeRulesForSourceControlSignals(), and DefaultDecoderGenerator::writeSocketCntrlSignals().

◆ triggerInvalidatesResults()

bool TTAMachine::Machine::triggerInvalidatesResults ( ) const

Returns true if triggering make content of the register where result will be stored invalid.

Definition at line 964 of file Machine.cc.

                                          {
     return triggerInvalidatesResults_;
 }

References triggerInvalidatesResults_.

Referenced by DataDependenceGraph::earliestCycle(), and DataDependenceGraph::latestCycle().

◆ unsetGlobalControl()

void TTAMachine::Machine::unsetGlobalControl ( )

virtual

Removes the global control unit from the machine.

WARNING: The unit is not deleted. You should have a reference to it to be able to delete it later.

Reimplemented in UniversalMachine, and TTAMachine::NullMachine.

Definition at line 565 of file Machine.cc.

                             {
     if (controlUnit_ == NULL) {
         return;
     } else {
         if (controlUnit_->machine() == NULL) {
             controlUnit_ = NULL;
         } else {
             controlUnit_->unsetMachine();
         }
     }
 }

References controlUnit_, TTAMachine::Component::machine(), and TTAMachine::ControlUnit::unsetMachine().

Referenced by TTAMachine::ControlUnit::unsetMachine().

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◆ writeToADF()

void TTAMachine::Machine::writeToADF ( const std::string & adfFileName ) const

Definition at line 913 of file Machine.cc.

                                                       {
     ADFSerializer serializer;
     serializer.setDestinationFile(adfFileName);
     serializer.writeMachine(*this);
 }

References XMLSerializer::setDestinationFile(), and ADFSerializer::writeMachine().

Referenced by BlocksTranslator::BuildTTAModel().

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Member Data Documentation

◆ addressSpaces_

ComponentContainer<AddressSpace> TTAMachine::Machine::addressSpaces_

private

Contains all the address spaces of the machine.

Definition at line 296 of file Machine.hh.

Referenced by addAddressSpace(), addressSpaceNavigator(), deleteAddressSpace(), loadState(), and saveState().

◆ alwaysWriteResults_

bool TTAMachine::Machine::alwaysWriteResults_

private

Definition at line 319 of file Machine.hh.

Referenced by alwaysWriteResults(), saveState(), and setAlwaysWriteResults().

◆ bitness64_

bool TTAMachine::Machine::bitness64_

private

Definition at line 330 of file Machine.hh.

Referenced by is64bit(), saveState(), and set64bits().

◆ bridges_

ComponentContainer<Bridge> TTAMachine::Machine::bridges_

private

Contains all the bridges of the machine.

Definition at line 298 of file Machine.hh.

Referenced by addBridge(), bridgeNavigator(), deleteBridge(), loadState(), and saveState().

◆ busses_

ComponentContainer<Bus> TTAMachine::Machine::busses_

private

Contains all the busses attached to the machine.

Definition at line 284 of file Machine.hh.

Referenced by addBus(), busNavigator(), loadState(), removeBus(), saveState(), and setBusPosition().

◆ controlUnit_

ControlUnit* TTAMachine::Machine::controlUnit_

private

Global control unit.

Definition at line 305 of file Machine.hh.

Referenced by controlUnit(), loadState(), saveState(), setGlobalControl(), unsetGlobalControl(), and ~Machine().

◆ doValidityChecks_

bool TTAMachine::Machine::doValidityChecks_

private

Tells whether to do validity checks or not.

Definition at line 308 of file Machine.hh.

Referenced by Machine(), and machineTester().

◆ dummyMachineTester_

DummyMachineTester* TTAMachine::Machine::dummyMachineTester_

private

Dummy machine tester for the machine.

Definition at line 312 of file Machine.hh.

Referenced by machineTester(), and ~Machine().

◆ EMPTY_ITEMP_NAME_

const std::string TTAMachine::Machine::EMPTY_ITEMP_NAME_

private

Definition at line 315 of file Machine.hh.

Referenced by loadState(), and Machine().

◆ functionUnits_

ComponentContainer<FunctionUnit> TTAMachine::Machine::functionUnits_

private

Contains all the function units of the machine.

Definition at line 294 of file Machine.hh.

Referenced by addFunctionUnit(), functionUnitNavigator(), loadState(), removeFunctionUnit(), and saveState().

◆ fuOrdered_

bool TTAMachine::Machine::fuOrdered_

private

Definition at line 326 of file Machine.hh.

Referenced by isFUOrdered(), saveState(), and setFUOrdered().

◆ immediateSlots_

ComponentContainer<ImmediateSlot> TTAMachine::Machine::immediateSlots_

private

Contains all the immediate slots of the machine.

Definition at line 300 of file Machine.hh.

Referenced by addImmediateSlot(), deleteImmediateSlot(), immediateSlotNavigator(), loadState(), and saveState().

◆ immediateUnits_

ComponentContainer<ImmediateUnit> TTAMachine::Machine::immediateUnits_

private

Contains all the immediate units of the machine.

Definition at line 292 of file Machine.hh.

Referenced by addImmediateUnit(), immediateUnitNavigator(), loadState(), removeImmediateUnit(), and saveState().

◆ instructionTemplates_

ComponentContainer<InstructionTemplate> TTAMachine::Machine::instructionTemplates_

private

Contains all the instruction templates of the machine.

Definition at line 288 of file Machine.hh.

Referenced by addInstructionTemplate(), deleteInstructionTemplate(), instructionTemplateNavigator(), loadState(), and saveState().

◆ littleEndian_

bool TTAMachine::Machine::littleEndian_

private

Definition at line 328 of file Machine.hh.

Referenced by isLittleEndian(), saveState(), and setLittleEndian().

◆ machineTester_

MachineTester* TTAMachine::Machine::machineTester_

private

Machine tester for the machine.

Definition at line 310 of file Machine.hh.

Referenced by machineTester(), and ~Machine().

◆ operationTriggeredFormats_

ComponentContainer<OperationTriggeredFormat> TTAMachine::Machine::operationTriggeredFormats_

private

Contains all the OTA Formats of the machine.

Definition at line 302 of file Machine.hh.

Referenced by addOperationTriggeredFormat(), deleteOperationTriggeredFormat(), loadState(), operationTriggeredFormatNavigator(), and saveState().

◆ OSKEY_ALWAYS_WRITE_BACK_RESULTS

const string TTAMachine::Machine::OSKEY_ALWAYS_WRITE_BACK_RESULTS = "always-write-back"

static

ObjectState attribute key for always-write-back-results.

Definition at line 251 of file Machine.hh.

Referenced by loadState(), and saveState().

◆ OSKEY_FUNCTION_UNITS_ORDERED

const string TTAMachine::Machine::OSKEY_FUNCTION_UNITS_ORDERED = "fu-ordered"

static

ObjectState attribute key for function units ordered in order of their sequential presence in ADF.

Definition at line 256 of file Machine.hh.

Referenced by loadState(), and saveState().

◆ OSKEY_TRIGGER_INVALIDATES_OLD_RESULTS

const string TTAMachine::Machine::OSKEY_TRIGGER_INVALIDATES_OLD_RESULTS = "trigger-invalidates"

static

ObjectState attribute key for trigger-invalidates-old-results.

Definition at line 253 of file Machine.hh.

Referenced by loadState(), and saveState().

◆ OSNAME_MACHINE

const string TTAMachine::Machine::OSNAME_MACHINE = "machine"

static

ObjectState name for Machine.

Definition at line 249 of file Machine.hh.

Referenced by loadState(), and saveState().

◆ registerFiles_

ComponentContainer<RegisterFile> TTAMachine::Machine::registerFiles_

private

Contains all the register files of the machine.

Definition at line 290 of file Machine.hh.

Referenced by addRegisterFile(), loadState(), registerFileNavigator(), removeRegisterFile(), and saveState().

◆ sockets_

ComponentContainer<Socket> TTAMachine::Machine::sockets_

private

Contains all the sockets attached to the machine.

Definition at line 286 of file Machine.hh.

Referenced by addSocket(), loadState(), removeSocket(), saveState(), and socketNavigator().

◆ triggerInvalidatesResults_

bool TTAMachine::Machine::triggerInvalidatesResults_

private

Definition at line 322 of file Machine.hh.

Referenced by saveState(), setTriggerInvalidatesResults(), and triggerInvalidatesResults().

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

Classes

Public Types

Public Member Functions

Static Public Member Functions

Static Public Attributes

Private Member Functions

Static Private Member Functions

Private Attributes

Detailed Description

Member Typedef Documentation

◆ AddressSpaceNavigator

◆ BridgeNavigator

◆ BusNavigator

◆ FunctionUnitNavigator

◆ ImmediateSlotNavigator

◆ ImmediateUnitNavigator

◆ InstructionTemplateNavigator

◆ OperationTriggeredFormatNavigator

◆ RegisterFileNavigator

◆ SocketNavigator

Member Enumeration Documentation

◆ Extension

Constructor & Destructor Documentation

◆ Machine() [1/2]

◆ Machine() [2/2]

◆ ~Machine()

Member Function Documentation

◆ addAddressSpace()

◆ addBridge()

◆ addBus()

◆ addComponent()

◆ addFunctionUnit()

◆ addImmediateSlot()

◆ addImmediateUnit()

◆ addInstructionTemplate()

◆ addOperationTriggeredFormat()

◆ addRegisteredComponent()

◆ addRegisterFile()

◆ addressSpaceNavigator()

◆ addSocket()

◆ addUnit()

◆ alwaysWriteResults()

◆ bridgeNavigator()

◆ busNavigator()

◆ controlUnit()

◆ copyFromMachine()

◆ deleteAddressSpace()

◆ deleteBridge()

◆ deleteComponent()

◆ deleteImmediateSlot()

◆ deleteInstructionTemplate()

◆ deleteOperationTriggeredFormat()

◆ functionUnitNavigator()

◆ hash()

◆ hasOperation()

◆ immediateSlotNavigator()

◆ immediateUnitNavigator()

◆ instructionTemplateNavigator()

◆ is64bit()

◆ isFUOrdered()

◆ isLittleEndian()

◆ isRISCVMachine()

◆ isUniversalMachine()

◆ loadFromADF()

◆ loadState()

◆ machineTester()

◆ maximumLatency()

◆ operationTriggeredFormatNavigator()

◆ operator=()

◆ registerFileNavigator()

◆ removeBus()

◆ removeComponent()

◆ removeFunctionUnit()

◆ removeImmediateUnit()

◆ removeRegisterFile()

◆ removeSocket()

◆ removeUnit()

◆ saveComponentStates()

◆ saveState()

◆ set64bits()