#include <MachineImplementation.hh>

Inheritance diagram for IDF::MachineImplementation:

Collaboration diagram for IDF::MachineImplementation:

Classes
struct	Parameter
	IC/Decoder parameter struct. More...

Public Member Functions
	MachineImplementation ()

	MachineImplementation (const ObjectState *state)

virtual	~MachineImplementation ()

std::string	sourceIDF () const

std::string	icDecoderPluginName () const

bool	hasICDecoderPluginName () const

std::string	icDecoderPluginFile () const

bool	hasICDecoderPluginFile () const

std::string	icDecoderHDB () const

bool	hasICDecoderHDB () const

std::string	decompressorFile () const

bool	hasDecompressorFile () const

void	setICDecoderPluginName (const std::string &name)

void	setICDecoderPluginFile (const std::string &file)

void	setICDecoderHDB (const std::string &file)

void	setDecompressorFile (const std::string &file)

unsigned	icDecoderParameterCount () const

std::string	icDecoderParameterName (unsigned param) const

std::string	icDecoderParameterValue (const std::string &name) const

std::string	icDecoderParameterValue (unsigned param) const

void	clearICDecoderParameters ()

void	setICDecoderParameter (const std::string &name, const std::string &value)

bool	hasFUImplementation (const std::string &unitName) const

bool	hasRFImplementation (const std::string &unitName) const

bool	hasIUImplementation (const std::string &unitName) const

bool	hasBusImplementation (const std::string &busName) const

bool	hasSocketImplementation (const std::string &socketName) const

int	fuImplementationCount () const

int	rfImplementationCount () const

int	iuImplementationCount () const

int	busImplementationCount () const

int	socketImplementationCount () const

FUImplementationLocation &	fuImplementation (const std::string &fu) const

RFImplementationLocation &	rfImplementation (const std::string &rf) const

RFImplementationLocation &	iuImplementation (const std::string &iu) const

BusImplementationLocation &	busImplementation (const std::string &bus) const

SocketImplementationLocation &	socketImplementation (const std::string &socket) const

FUImplementationLocation &	fuImplementation (int index) const

RFImplementationLocation &	rfImplementation (int index) const

RFImplementationLocation &	iuImplementation (int index) const

BusImplementationLocation &	busImplementation (int index) const

SocketImplementationLocation &	socketImplementation (int index) const

void	addFUImplementation (FUImplementationLocation *implementation)

void	addRFImplementation (RFImplementationLocation *implementation)

void	addIUImplementation (RFImplementationLocation *implementation)

void	addBusImplementation (BusImplementationLocation *implementation)

void	addSocketImplementation (SocketImplementationLocation *implementation)

void	removeFUImplementation (const std::string &unitName)

void	removeRFImplementation (const std::string &unitName)

void	removeIUImplementation (const std::string &unitName)

void	removeBusImplementation (const std::string &unitName)

void	removeSocketImplementation (const std::string &unitName)

virtual void	loadState (const ObjectState *state)

virtual ObjectState *	saveState () const

void	makeImplFilesRelative (const std::vector< std::string > &sPaths)

bool	checkImplFiles (size_t &missingFiles, size_t &alternativeFiles)

bool	isLibraryImplFile (const std::string &path, std::string &resolvedPath)

const std::vector< FUGenerated > &	FUGenerations () const

std::vector< FUGenerated > &	FUGenerations ()

bool	hasFUGeneration (const std::string &name) const

void	removeFuGeneration (const std::string &name)

void	addFuGeneration (const FUGenerated &fug)

Public Member Functions inherited from Serializable
virtual	~Serializable ()

Static Public Member Functions
static MachineImplementation *	loadFromIDF (const std::string &idfFileName)

Static Public Attributes
static const std::string	OSNAME_MACHINE_IMPLEMENTATION
	ObjectState name for machine implementation.

static const std::string	OSKEY_SOURCE_IDF = "source_idf"
	ObjectState attribute name for the source IDF.

static const std::string	OSNAME_IC_DECODER_PLUGIN
	ObjectState name for the name of the IC/decoder plugin file.

static const std::string	OSKEY_IC_DECODER_NAME
	ObjectState attribute name for ic&decoder name.

static const std::string	OSKEY_IC_DECODER_FILE
	ObjectState attribute name for ic&decoder file.

static const std::string	OSNAME_IC_DECODER_PARAMETER
	ObjectState attribute name for ic&decoder parameter.

static const std::string	OSKEY_IC_DECODER_PARAMETER_NAME
	ObjectState attribute name for ic&decoder parameter name.

static const std::string	OSKEY_IC_DECODER_PARAMETER_VALUE
	ObjectState attribute name for ic&decoder parameter value.

static const std::string	OSKEY_IC_DECODER_HDB
	ObjectState attribute name for ic&decoder HDB.

static const std::string	OSKEY_DECOMPRESSOR_FILE
	ObjectState attribute key for the name of the decompressor file.

static const std::string	OSNAME_FU_GENERATED = "fu_generated"
	ObjectState name for FU generations container.

static const std::string	OSNAME_FU_IMPLEMENTATIONS
	ObjectState name for FU implementation container.

static const std::string	OSNAME_RF_IMPLEMENTATIONS
	ObjectState name for RF implementation container.

static const std::string	OSNAME_IU_IMPLEMENTATIONS
	ObjectState name for IU implementation container.

static const std::string	OSNAME_BUS_IMPLEMENTATIONS
	ObjectState name for bus implementation container.

static const std::string	OSNAME_SOCKET_IMPLEMENTATIONS
	ObjectState name for socket implementation container.

Private Types
typedef std::vector< UnitImplementationLocation * >	ImplementationTable
	Vector type for UnitImplementationLocation.

Private Member Functions
bool	checkImplFile (const std::vector< std::string > &primarySearchPaths, const std::vector< std::string > &secondarySearchPaths, std::string &file)

bool	isLibraryImplFile ()

void	makeHDBPathRelative (const std::vector< std::string > &searchPaths, UnitImplementationLocation &implem) const

UnitImplementationLocation *	findImplementation (const ImplementationTable &table, const std::string &unitName) const

void	ensureIndexValidity (int index, const ImplementationTable &table) const

void	clearState ()

Private Attributes
std::vector< FUGenerated >	fuGenerated_
	Generated FUs.

ImplementationTable	fuImplementations_
	FU implementations.

ImplementationTable	rfImplementations_
	RF implementations.

ImplementationTable	iuImplementations_
	IU implementations.

ImplementationTable	busImplementations_
	BUS implementations.

ImplementationTable	socketImplementations_
	SOCKET implementations.

std::string	icDecoderPluginName_
	Name of the IC/decoder plugin.

std::string	icDecoderPluginFile_
	Name of the IC/decoder plugin file.

std::string	icDecoderHDB_
	Name of the HDB of the IC/decoder plugin.

std::string	decompressorFile_
	Name of the decompressor block file.

std::string	sourceIDF_
	Absolute path to the source IDF file.

std::vector< Parameter >	icDecoderParameters_
	IC/decoder plugin parameters.

std::vector< std::string >	missingFiles_
	Implementation files defined in IDF which cannot be located.

std::vector< std::string >	alternativeFiles_
	Possible alternative file paths for missing implementation files.

Detailed Description

Represents the implementation of a machine defined in an IDF.

Definition at line 54 of file MachineImplementation.hh.

Member Typedef Documentation

◆ ImplementationTable

typedef std::vector<UnitImplementationLocation*> IDF::MachineImplementation::ImplementationTable

private

Vector type for UnitImplementationLocation.

Definition at line 179 of file MachineImplementation.hh.

Constructor & Destructor Documentation

◆ MachineImplementation() [1/2]

IDF::MachineImplementation::MachineImplementation ( )

The constructor.

Definition at line 84 of file MachineImplementation.cc.

                                            :
    icDecoderPluginName_(""), icDecoderPluginFile_(""), icDecoderHDB_(""),
    decompressorFile_(""), sourceIDF_("") {
}

◆ MachineImplementation() [2/2]

IDF::MachineImplementation::MachineImplementation ( const ObjectState * state )

The constructor.

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

Parameters

state The ObjectState tree.

Exceptions

ObjectStateLoadingException If the given ObjectState tree is invalid.

Definition at line 98 of file MachineImplementation.cc.

    : icDecoderPluginName_(""),
      icDecoderPluginFile_(""),
      icDecoderHDB_(""),
      decompressorFile_(""),
      sourceIDF_("") {
    loadState(state);
}

References loadState().

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◆ ~MachineImplementation()

IDF::MachineImplementation::~MachineImplementation ( )

virtual

The destructor.

Definition at line 110 of file MachineImplementation.cc.

                                              {
    clearState();
}

References clearState().

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Member Function Documentation

◆ addBusImplementation()

void IDF::MachineImplementation::addBusImplementation ( BusImplementationLocation * implementation )

Adds the given bus implementation.

Parameters

implementation The implementation to add.

Exceptions

ObjectAlreadyExists	If there is an implementation for the same bus already.
InvalidData	If the given implementation is registered to another MachineImplementation instance.

Definition at line 596 of file MachineImplementation.cc.

                                                {
    if (hasBusImplementation(implementation->unitName())) {
        throw ObjectAlreadyExists(__FILE__, __LINE__, __func__);
    } else {
        busImplementations_.push_back(implementation);
        implementation->setParent(*this);
    }
}

References __func__, busImplementations_, hasBusImplementation(), and implementation.

Referenced by loadState().

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◆ addFuGeneration()

void IDF::MachineImplementation::addFuGeneration ( const FUGenerated & fug )

Add fu to generation list.

Parameters

fug	FU Generation to add.

Definition at line 1619 of file MachineImplementation.cc.

                                                             {
    fuGenerated_.emplace_back(fug);
}

References fuGenerated_.

Referenced by ProGe::ProGeUI::generateIDF().

◆ addFUImplementation()

void IDF::MachineImplementation::addFUImplementation ( FUImplementationLocation * implementation )

Adds the given FU implementation.

Parameters

implementation The implementation to add.

Exceptions

ObjectAlreadyExists	If there is an implementation for the same FU already.
InvalidData	If the given implementation is registered to another MachineImplementation instance.

Definition at line 533 of file MachineImplementation.cc.

                                                {
    if (hasFUImplementation(implementation->unitName())) {
        const string procName = "MachineImplementation::addFUImplementation";
        throw ObjectAlreadyExists(__FILE__, __LINE__, procName);
    } else {
        fuImplementations_.push_back(implementation);
        implementation->setParent(*this);
    }
}

References fuImplementations_, hasFUImplementation(), and implementation.

Referenced by ComponentImplementationSelector::fuImplementations(), ProGe::ProGeUI::generateIDF(), ProcessorImplementationWindow::handleSelectFUImplementation(), loadState(), AutoSelectImplementationsDialog::onFind(), and ComponentImplementationSelector::selectFUs().

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◆ addIUImplementation()

void IDF::MachineImplementation::addIUImplementation ( RFImplementationLocation * implementation )

Adds the given IU implementation.

Parameters

implementation The implementation to add.

Exceptions

ObjectAlreadyExists	If there is an implementation for the same IU already.
InvalidData	If the given implementation is registered to another MachineImplementation instance.

Definition at line 575 of file MachineImplementation.cc.

                                                {
    if (hasIUImplementation(implementation->unitName())) {
        const string procName = "MachineImplementation::addRFImplementation";
        throw ObjectAlreadyExists(__FILE__, __LINE__, procName);
    } else {
        iuImplementations_.push_back(implementation);
        implementation->setParent(*this);
    }
}

References hasIUImplementation(), implementation, and iuImplementations_.

Referenced by ProGe::ProGeUI::generateIDF(), ProcessorImplementationWindow::handleSelectIUImplementation(), ComponentImplementationSelector::iuImplementations(), loadState(), AutoSelectImplementationsDialog::onFind(), and ComponentImplementationSelector::selectIUs().

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◆ addRFImplementation()

void IDF::MachineImplementation::addRFImplementation ( RFImplementationLocation * implementation )

Adds the given RF implementation.

Parameters

implementation The implementation to add.

Exceptions

ObjectAlreadyExists	If there is an implementation for the same RF already.
InvalidData	If the given implementation is registered to another MachineImplementation instance.

Definition at line 554 of file MachineImplementation.cc.

                                                {
    if (hasRFImplementation(implementation->unitName())) {
        const string procName = "MachineImplementation::addRFImplementation";
        throw ObjectAlreadyExists(__FILE__, __LINE__, procName);
    } else {
        rfImplementations_.push_back(implementation);
        implementation->setParent(*this);
    }
}

References hasRFImplementation(), implementation, and rfImplementations_.

Referenced by ProGe::ProGeUI::generateIDF(), ProcessorImplementationWindow::handleSelectRFImplementation(), loadState(), AutoSelectImplementationsDialog::onFind(), ComponentImplementationSelector::rfImplementations(), and ComponentImplementationSelector::selectRFs().

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◆ addSocketImplementation()

void IDF::MachineImplementation::addSocketImplementation ( SocketImplementationLocation * implementation )

Adds the given socket implementation.

Parameters

implementation The implementation to add.

Exceptions

ObjectAlreadyExists	If there is an implementation for the same socket already.
InvalidData	If the given implementation is registered to another MachineImplementation instance.

Definition at line 616 of file MachineImplementation.cc.

                                                {
    if (hasSocketImplementation(implementation->unitName())) {
        throw ObjectAlreadyExists(__FILE__, __LINE__, __func__);
    } else {
        socketImplementations_.push_back(implementation);
        implementation->setParent(*this);
    }
}

References __func__, hasSocketImplementation(), implementation, and socketImplementations_.

Referenced by loadState().

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◆ busImplementation() [1/2]

UnitImplementationLocation & IDF::MachineImplementation::busImplementation ( const std::string & bus ) const

Returns the implementation data of the given bus.

Parameters

bus	Name of the bus.

Returns: The implementation data.

Exceptions

InstanceNotFound If there is no implementation defined for the given bus.

Definition at line 420 of file MachineImplementation.cc.

                                                                   {
    UnitImplementationLocation* impl = findImplementation(
        busImplementations_, bus);
    if (impl == NULL) {
        throw InstanceNotFound(
            __FILE__, __LINE__, __func__,
            "No implementation data found for bus " + bus + ".");
    } else {
        return *impl;
    }
}

References __func__, busImplementations_, and findImplementation().

Referenced by checkImplFiles(), CostEstimator::Estimator::longestPath(), makeImplFilesRelative(), and saveState().

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◆ busImplementation() [2/2]

UnitImplementationLocation & IDF::MachineImplementation::busImplementation ( int index ) const

Returns the bus implementation at the given position.

Parameters

index The position index.

Returns: The implementation data.

Exceptions

OutOfRange If the index is smaller than 0 or not smaller than the number of bus implementations.

Definition at line 504 of file MachineImplementation.cc.

                                                        {
    ensureIndexValidity(index, busImplementations_);
    return *busImplementations_[index];
}

References busImplementations_, and ensureIndexValidity().

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◆ busImplementationCount()

int IDF::MachineImplementation::busImplementationCount ( ) const

Returns the number of bus implementations.

Returns: The number of bus implementations.

Definition at line 331 of file MachineImplementation.cc.

                                                    {
    return busImplementations_.size();
}

References busImplementations_.

Referenced by checkImplFiles(), makeImplFilesRelative(), and saveState().

◆ checkImplFile()

bool IDF::MachineImplementation::checkImplFile	(	const std::vector< std::string > &	primarySearchPaths,
		const std::vector< std::string > &	secondarySearchPaths,
		std::string &	file
	)

private

Tries to find a file under provided search paths.

If the file cannot be found under primary search paths, it is searched under secondary paths. If an alternative file path is found under secondary paths, it is returned using the string reference parameter.

Parameters

primarySearchPaths	Paths where the file is searched first.
secondarySearchPaths	Paths where the file is searched after.
file	Path to file, might be relative of absolute. The alternative file path is returned in this.

Returns: True if alternative path was placed in the reference parameter.

Definition at line 1224 of file MachineImplementation.cc.

                     {
 
    if (file == "") {
        return false;
    }
 
    // Remove tce file specifier.
    if (TCEString(file).startsWith("tce:")) {
        file = TCEString(file).replaceString("tce:", "");
    }
 
    // return if the file path has already been processed as a missing file
    for (unsigned int i = 0; i < missingFiles_.size(); ++i) {
        if (file.compare(missingFiles_.at(i)) == 0) {
            if (alternativeFiles_.at(i) != "") {
                file = alternativeFiles_.at(i);
                return true;
            } else {
                return false;
            }
        }
    }
 
    // first search: primary search paths
    try {
        FileSystem::findFileInSearchPaths(primarySearchPaths, file);
        return false;
    } catch (Exception& e) {
        // file was not found
    }
 
    // second search: secondary search paths (with the plain file name)
    try {
        string alternativePath = FileSystem::findFileInSearchPaths(
            secondarySearchPaths, FileSystem::fileOfPath(file));
 
        // file was not found, but alternative file path was found
        missingFiles_.push_back(file);
        alternativeFiles_.push_back(alternativePath);
 
        file = alternativePath;
        return true;
    } catch (Exception& e) {
        // file was not found, and no alternative path was found either
        missingFiles_.push_back(file);
        alternativeFiles_.push_back("");
        return false;
    }
}

References alternativeFiles_, FileSystem::fileOfPath(), FileSystem::findFileInSearchPaths(), missingFiles_, and TCEString::replaceString().

Referenced by checkImplFiles().

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◆ checkImplFiles()

bool IDF::MachineImplementation::checkImplFiles	(	size_t &	missingFiles,
		size_t &	alternativeFiles
	)

Checks that every file defined in IDF exists.

If a file can't be found under current working directory or absolute path, it is searched under default search paths. If the file is found under a default search path, the original file path will be replaced with the found path.

Parameters

missingFiles	Amount of missing files is returned using this.
alternativeFiles	Amount of alt. files found for missing files.

Returns: True if every file was found locally or from absolute paths.

Definition at line 1066 of file MachineImplementation.cc.

                              {
    
    missingFiles_.clear();
    alternativeFiles_.clear();
    
    // local search paths (current working directory)
    vector<string> localPaths;
    localPaths.push_back(FileSystem::currentWorkingDir());
    
    // default search paths for different implementation files
    vector<string> defSearchPaths;
    
    // file that will be searched under search paths
    TCEString filePath;
 
    // ic&decoder files
    if (hasICDecoderPluginName()) {
        if (hasICDecoderPluginFile()) {
            defSearchPaths = Environment::icDecoderPluginPaths();
            filePath = icDecoderPluginFile_;
 
            if (isLibraryImplFile(filePath, filePath)) {
                icDecoderPluginFile_ = filePath;
            // try to find file under local or default search paths
            } else if (checkImplFile(localPaths, defSearchPaths, filePath)) {
                // found under default search paths, fix the path
                icDecoderPluginFile_ = filePath;
            }
        }
      
        if (hasICDecoderHDB()) {
            defSearchPaths = Environment::hdbPaths();
            filePath = icDecoderHDB_;
 
            if (isLibraryImplFile(filePath, filePath)) {
                icDecoderHDB_ = filePath;
                // try to find file under local or default search paths
            } else if (checkImplFile(localPaths, defSearchPaths, filePath)) {
                icDecoderHDB_ = filePath;
            }
        }
    }
    
    // decompressor file
    if (hasDecompressorFile()) {
        defSearchPaths = Environment::decompressorPaths();
        filePath = decompressorFile_;
 
        if (isLibraryImplFile(filePath, filePath)) {
            decompressorFile_ = filePath;
            // try to find file under local or default search paths
        } else if (checkImplFile(localPaths, defSearchPaths, filePath)) {
            decompressorFile_ = filePath;
        }
    }
 
    // HDB files
    defSearchPaths = Environment::hdbPaths();
 
    // FU files
    for (int i = 0; i < fuImplementationCount(); i++) {
        UnitImplementationLocation& impl = fuImplementation(i);
        filePath = impl.hdbFileOriginal();
 
        if (isLibraryImplFile(filePath, filePath)) {
            impl.setHDBFile(filePath);
            // try to find file under local or default search paths
        } else if (checkImplFile(localPaths, defSearchPaths, filePath)) {
            impl.setHDBFile(filePath);
        }
    }
    
    // RF files
    for (int i = 0; i < rfImplementationCount(); i++) {
        UnitImplementationLocation& impl = rfImplementation(i);
        filePath = impl.hdbFileOriginal();
        
        if (isLibraryImplFile(filePath, filePath)) {
            impl.setHDBFile(filePath);
            // try to find file under local or default search paths
        } else if (checkImplFile(localPaths, defSearchPaths, filePath)) {
            impl.setHDBFile(filePath);
        }
    }
 
    // IU files
    for (int i = 0; i < iuImplementationCount(); i++) {
        UnitImplementationLocation& impl = iuImplementation(i);
        filePath = impl.hdbFileOriginal();
 
        if (isLibraryImplFile(filePath, filePath)) {
            impl.setHDBFile(filePath);
            // try to find file under local or default search paths
        } else if (checkImplFile(localPaths, defSearchPaths, filePath)) {
            impl.setHDBFile(filePath);
        }
    }
 
    // bus files
    for (int i = 0; i < busImplementationCount(); i++) {
        UnitImplementationLocation& impl = busImplementation(i);
        filePath = impl.hdbFileOriginal();
 
        if (isLibraryImplFile(filePath, filePath)) {
            impl.setHDBFile(filePath);
            // try to find file under local or default search paths
        } else if (checkImplFile(localPaths, defSearchPaths, filePath)) {
            impl.setHDBFile(filePath);
        }
    }
 
    // socket files
    for (int i = 0; i < socketImplementationCount(); i++) {
        UnitImplementationLocation& impl = socketImplementation(i);
        filePath = impl.hdbFileOriginal();
 
        if (isLibraryImplFile(filePath, filePath)) {
            impl.setHDBFile(filePath);
            // try to find file under local or default search paths
        } else if (checkImplFile(localPaths, defSearchPaths, filePath)) {
            impl.setHDBFile(filePath);
        }
    }
 
    // check amount of missing files and alternative files that were found
 
    missingFiles = missingFiles_.size();    
    alternativeFiles = 0;
    for (size_t i = 0; i < alternativeFiles_.size(); ++i) {
        if (alternativeFiles_.at(i) != "") {
            ++alternativeFiles;
        }
    }
    
    // were all the files found under local paths or from absolute paths?
    if (missingFiles_.size() == 0) {
        return true;
    }
    
    return false;
}

References alternativeFiles_, busImplementation(), busImplementationCount(), checkImplFile(), FileSystem::currentWorkingDir(), decompressorFile_, Environment::decompressorPaths(), fuImplementation(), fuImplementationCount(), hasDecompressorFile(), hasICDecoderHDB(), hasICDecoderPluginFile(), hasICDecoderPluginName(), IDF::UnitImplementationLocation::hdbFileOriginal(), Environment::hdbPaths(), icDecoderHDB_, icDecoderPluginFile_, Environment::icDecoderPluginPaths(), isLibraryImplFile(), iuImplementation(), iuImplementationCount(), missingFiles_, rfImplementation(), rfImplementationCount(), IDF::UnitImplementationLocation::setHDBFile(), socketImplementation(), and socketImplementationCount().

Referenced by ProcessorImplementationWindow::checkImplementationFiles().

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◆ clearICDecoderParameters()

void IDF::MachineImplementation::clearICDecoderParameters ( )

Clears the ic/decoder parameters.

Definition at line 1512 of file MachineImplementation.cc.

                                                {
    icDecoderParameters_.clear();
}

References icDecoderParameters_.

Referenced by ProcessorImplementationWindow::onBrowseICDecPlugin().

◆ clearState()

void IDF::MachineImplementation::clearState ( )

private

Clears the state of the object.

Definition at line 1352 of file MachineImplementation.cc.

                                  {
    SequenceTools::deleteAllItems(fuImplementations_);
    SequenceTools::deleteAllItems(rfImplementations_);
    SequenceTools::deleteAllItems(iuImplementations_);
    SequenceTools::deleteAllItems(busImplementations_);
    SequenceTools::deleteAllItems(socketImplementations_);
    fuGenerated_.clear();
    icDecoderParameters_.clear();
    icDecoderPluginName_ = "";
    icDecoderPluginFile_ = "";
    icDecoderHDB_ = "";
    decompressorFile_ = "";
    sourceIDF_ = "";
}

References busImplementations_, decompressorFile_, SequenceTools::deleteAllItems(), fuGenerated_, fuImplementations_, icDecoderHDB_, icDecoderParameters_, icDecoderPluginFile_, icDecoderPluginName_, iuImplementations_, rfImplementations_, socketImplementations_, and sourceIDF_.

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

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◆ decompressorFile()

std::string IDF::MachineImplementation::decompressorFile ( ) const

Returns the absolute path to the the decompressor definition file.

Returns: The absolute path to the decompressor definition file.

Exceptions

FileNotFound If the file is not found in search paths.

Definition at line 205 of file MachineImplementation.cc.

                                              {
    vector<string> paths = Environment::decompressorPaths();
    paths.insert(paths.begin(), FileSystem::directoryOfPath(sourceIDF_));
    TCEString expandedPath(decompressorFile_);
    expandedPath.replaceString("tce:", "");
    return FileSystem::findFileInSearchPaths(paths, expandedPath);
}

References decompressorFile_, Environment::decompressorPaths(), FileSystem::directoryOfPath(), FileSystem::findFileInSearchPaths(), TCEString::replaceString(), and sourceIDF_.

Referenced by ProGe::BlockSourceCopier::copyProcessorSpecific(), and ProcessorImplementationWindow::TransferDataToWindow().

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◆ ensureIndexValidity()

void IDF::MachineImplementation::ensureIndexValidity	(	int	index,
		const ImplementationTable &	table
	)		const

private

Ensures that the given index is valid for getting an instance from the given implementation table.

Parameters

index	The index.
table	The table.

Exceptions

OutOfRange If the given index is not valid.

Definition at line 1340 of file MachineImplementation.cc.

                                                       {
    if (index < 0 || static_cast<size_t>(index) >= table.size()) {
        const string procName = "MachineImplementation::ensureIndexValidity";
        throw OutOfRange(__FILE__, __LINE__, procName);
    }
}

Referenced by busImplementation(), fuImplementation(), iuImplementation(), rfImplementation(), and socketImplementation().

◆ findImplementation()

UnitImplementationLocation * IDF::MachineImplementation::findImplementation	(	const ImplementationTable &	table,
		const std::string &	unitName
	)		const

private

Finds implementation for the given unit from the given table.

Parameters

table	The table to search from.
unitName	Name of the unit.

Returns: The correct UnitImplementationLocation instance or NULL if no implementation is found.

Definition at line 1315 of file MachineImplementation.cc.

                                     {
 
    for (ImplementationTable::const_iterator iter = table.begin(); 
         iter != table.end(); iter++) {
        UnitImplementationLocation* implementation = *iter;
        if (implementation->unitName() == unitName) {
            return implementation;
        }
    }
 
    return NULL;
}

References implementation.

Referenced by busImplementation(), fuImplementation(), hasBusImplementation(), hasFUImplementation(), hasIUImplementation(), hasRFImplementation(), hasSocketImplementation(), iuImplementation(), rfImplementation(), and socketImplementation().

◆ FUGenerations() [1/2]

std::vector< FUGenerated > & IDF::MachineImplementation::FUGenerations ( )

Return all FUs to generate.

Definition at line 1580 of file MachineImplementation.cc.

                                     {
    return fuGenerated_;
}

References fuGenerated_.

◆ FUGenerations() [2/2]

const std::vector< FUGenerated > & IDF::MachineImplementation::FUGenerations ( ) const

Return all FUs to generate.

Definition at line 1572 of file MachineImplementation.cc.

                                           {
    return fuGenerated_;
}

References fuGenerated_.

Referenced by ProGe::NetlistGenerator::generate(), ProGe::ProcessorGenerator::generateProcessor(), and makeImplFilesRelative().

◆ fuImplementation() [1/2]

UnitImplementationLocation & IDF::MachineImplementation::fuImplementation ( const std::string & fu ) const

Returns the implementation data of the given FU.

Parameters

fu	Name of the FU.

Returns: The implementation data.

Exceptions

InstanceNotFound If there is no implementation defined for the given FU.

Definition at line 355 of file MachineImplementation.cc.

                                                                 {
    UnitImplementationLocation* impl = findImplementation(
        fuImplementations_, fu);
    if (impl == NULL) {
        const string procName = "MachineImplementation::fuImplementation";
        throw InstanceNotFound(
            __FILE__, __LINE__, procName, 
            "No implementation data found for function unit " + fu + ".");
    } else {
        return *impl;
    }
}

References findImplementation(), and fuImplementations_.

Referenced by IDFValidator::checkFUImplementations(), checkImplFiles(), ProGe::BlockSourceCopier::copyShared(), ProGeTestBenchGenerator::generate(), ProGe::NetlistGenerator::generate(), ProGeScriptGenerator::getBlockOrder(), ProcessorImplementationWindow::handleSelectFUImplementation(), PlatformIntegrator::loadFUExternalPorts(), CostEstimator::Estimator::longestPath(), makeImplFilesRelative(), IDFValidator::removeUnknownImplementations(), saveState(), testUnits(), CostEstimator::Estimator::totalAreaOfFunctionUnits(), CostEstimator::Estimator::totalEnergyOfFunctionUnits(), ProcessorImplementationWindow::updateFUList(), and ProcessorImplementationWindow::updateImplementationLists().

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◆ fuImplementation() [2/2]

UnitImplementationLocation & IDF::MachineImplementation::fuImplementation ( int index ) const

Returns the FU implementation at the given position.

Parameters

index The position index.

Returns: The implementation data.

Exceptions

OutOfRange If the index is smaller than 0 or not smaller than the number of FU implementations.

Definition at line 462 of file MachineImplementation.cc.

                                                       {
    ensureIndexValidity(index, fuImplementations_);
    return *fuImplementations_[index];
}

References ensureIndexValidity(), and fuImplementations_.

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◆ fuImplementationCount()

int IDF::MachineImplementation::fuImplementationCount ( ) const

Returns the number of FU implementations.

Returns: The number of FU implementations.

Definition at line 299 of file MachineImplementation.cc.

                                                   {
    return fuImplementations_.size();
}

References fuImplementations_.

Referenced by IDFValidator::checkFUImplementations(), checkImplFiles(), ProGe::BlockSourceCopier::copyShared(), ProGeScriptGenerator::getBlockOrder(), makeImplFilesRelative(), IDFValidator::removeUnknownImplementations(), saveState(), and testUnits().

◆ hasBusImplementation()

bool IDF::MachineImplementation::hasBusImplementation ( const std::string & busName ) const

Tells whether there is an implementation for the given bus defined.

Parameters

busName Name of the bus.

Returns: True if there is an implementation, otherwise false.

Definition at line 272 of file MachineImplementation.cc.

                                    {
 
    return findImplementation(busImplementations_, busName) != NULL;
}

References busImplementations_, and findImplementation().

Referenced by addBusImplementation(), and CostEstimator::Estimator::longestPath().

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◆ hasDecompressorFile()

bool IDF::MachineImplementation::hasDecompressorFile ( ) const

Tells whether the decompressor definition file is given in IDF.

Returns: True if the file is given, otherwise false.

Definition at line 219 of file MachineImplementation.cc.

                                                 {
    return decompressorFile_ != "";
}

References decompressorFile_.

Referenced by checkImplFiles(), ProGe::BlockSourceCopier::copyProcessorSpecific(), makeImplFilesRelative(), saveState(), and ProcessorImplementationWindow::TransferDataToWindow().

◆ hasFUGeneration()

bool IDF::MachineImplementation::hasFUGeneration ( const std::string & name ) const

Return true if fu is to be generated.

Parameters

name	Name of the FU Generation to check.

Definition at line 1590 of file MachineImplementation.cc.

                                                                  {
    for (const auto fug : fuGenerated_) {
        if (fug.name() == name) {
            return true;
        }
    }
    return false;
}

References fuGenerated_.

Referenced by IDFValidator::checkFUImplementations(), and ProGe::ProGeUI::generateIDF().

◆ hasFUImplementation()

bool IDF::MachineImplementation::hasFUImplementation ( const std::string & unitName ) const

Tells whether there is an implementation for the given FU defined.

Parameters

unitName Name of the FU.

Returns: True if there is an implementation, otherwise false.

Definition at line 231 of file MachineImplementation.cc.

                                     {
 
    return findImplementation(fuImplementations_, unitName) != NULL;
}

References findImplementation(), and fuImplementations_.

Referenced by addFUImplementation(), IDFValidator::checkFUImplementations(), AutoSelectImplementationsDialog::findFUImplementations(), ProGe::ProGeUI::generateIDF(), ProcessorImplementationWindow::handleSelectFUImplementation(), CostEstimator::Estimator::longestPath(), CostEstimator::Estimator::totalAreaOfFunctionUnits(), CostEstimator::Estimator::totalEnergyOfFunctionUnits(), and ProcessorImplementationWindow::updateImplementationLists().

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◆ hasICDecoderHDB()

bool IDF::MachineImplementation::hasICDecoderHDB ( ) const

Returns true in case IC/decoder HDB file is set.

Returns: True in case IC/decoder HDB file is set.

Definition at line 193 of file MachineImplementation.cc.

                                             {
    return icDecoderHDB_ != "";
}

References icDecoderHDB_.

Referenced by checkImplFiles(), CostEstimator::Estimator::icArea(), CostEstimator::Estimator::icEnergy(), CostEstimator::Estimator::longestPath(), makeImplFilesRelative(), saveState(), and ProcessorImplementationWindow::TransferDataToWindow().

◆ hasICDecoderPluginFile()

bool IDF::MachineImplementation::hasICDecoderPluginFile ( ) const

Returns true in case IC/decoder file is set.

Returns: True in case IC/decoder file is set.

Definition at line 168 of file MachineImplementation.cc.

                                                    {
    return icDecoderPluginFile_ != "";
}

References icDecoderPluginFile_.

Referenced by checkImplFiles(), ProGe::ProGeUI::generateIDF(), ProGe::ProGeUI::generateProcessor(), CostEstimator::Estimator::icArea(), CostEstimator::Estimator::icEnergy(), CostEstimator::Estimator::longestPath(), makeImplFilesRelative(), ProcessorImplementationWindow::onLoadIDF(), saveState(), and ProcessorImplementationWindow::TransferDataToWindow().

◆ hasICDecoderPluginName()

bool IDF::MachineImplementation::hasICDecoderPluginName ( ) const

Returns true in case IC/decoder name is set.

Returns: True in case IC/decoder name is set.

Definition at line 142 of file MachineImplementation.cc.

                                                    {
    return icDecoderPluginName_ != "";
}

References icDecoderPluginName_.

Referenced by checkImplFiles(), ProGe::ProGeUI::generateProcessor(), CostEstimator::Estimator::icArea(), CostEstimator::Estimator::icEnergy(), CostEstimator::Estimator::longestPath(), makeImplFilesRelative(), ProcessorImplementationWindow::onLoadIDF(), saveState(), and ProcessorImplementationWindow::TransferDataToWindow().

◆ hasIUImplementation()

bool IDF::MachineImplementation::hasIUImplementation ( const std::string & unitName ) const

Tells whether there is an implementation for the given IU defined.

Parameters

unitName Name of the IU.

Returns: True if there is an implementation, otherwise false.

Definition at line 259 of file MachineImplementation.cc.

                                     {
 
    return findImplementation(iuImplementations_, unitName) != NULL;
}

References findImplementation(), and iuImplementations_.

Referenced by addIUImplementation(), IDFValidator::checkIUImplementations(), AutoSelectImplementationsDialog::findIUImplementations(), ProGe::ProGeUI::generateIDF(), ProcessorImplementationWindow::handleSelectIUImplementation(), CostEstimator::Estimator::longestPath(), and ProcessorImplementationWindow::updateImplementationLists().

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◆ hasRFImplementation()

bool IDF::MachineImplementation::hasRFImplementation ( const std::string & unitName ) const

Tells whether there is an implementation for the given RF defined.

Parameters

unitName Name of the RF.

Returns: True if there is an implementation, otherwise false.

Definition at line 245 of file MachineImplementation.cc.

                                     {
 
    return findImplementation(rfImplementations_, unitName) != NULL;
}

References findImplementation(), and rfImplementations_.

Referenced by addRFImplementation(), IDFValidator::checkRFImplementations(), AutoSelectImplementationsDialog::findRFImplementations(), ProGe::ProGeUI::generateIDF(), ProcessorImplementationWindow::handleSelectRFImplementation(), CostEstimator::Estimator::longestPath(), CostEstimator::Estimator::totalAreaOfRegisterFiles(), CostEstimator::Estimator::totalEnergyOfRegisterFiles(), and ProcessorImplementationWindow::updateImplementationLists().

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◆ hasSocketImplementation()

bool IDF::MachineImplementation::hasSocketImplementation ( const std::string & socketName ) const

Tells whether there is an implementation for the given socket defined.

Parameters

socketName Name of the IU.

Returns: True if there is an implementation, otherwise false.

Definition at line 286 of file MachineImplementation.cc.

                                       {
 
    return findImplementation(socketImplementations_, socketName) != NULL;
}

References findImplementation(), and socketImplementations_.

Referenced by addSocketImplementation(), and CostEstimator::Estimator::longestPath().

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◆ icDecoderHDB()

std::string IDF::MachineImplementation::icDecoderHDB ( ) const

Returns the absolute path to the IC/decoder HDB file.

Returns: the absolute path to the IC/decoder HDB file.

Exceptions

FileNotFound If the file is not found in search paths.

Definition at line 179 of file MachineImplementation.cc.

                                          {
    vector<string> paths = Environment::hdbPaths();
    paths.insert(paths.begin(), FileSystem::directoryOfPath(sourceIDF_));
    TCEString expandedPath(icDecoderHDB_);
    expandedPath.replaceString("tce:", "");
    return FileSystem::findFileInSearchPaths(paths, expandedPath);
}

References FileSystem::directoryOfPath(), FileSystem::findFileInSearchPaths(), Environment::hdbPaths(), icDecoderHDB_, TCEString::replaceString(), and sourceIDF_.

Referenced by DefaultICDecoderEstimator::estimateICArea(), DefaultICDecoderEstimator::estimateICDelayOfPath(), DefaultICDecoderEstimator::estimateICEnergy(), and ProcessorImplementationWindow::TransferDataToWindow().

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◆ icDecoderParameterCount()

unsigned IDF::MachineImplementation::icDecoderParameterCount ( ) const

Returns number of ic&decoder plugin parameters defined.

Definition at line 1371 of file MachineImplementation.cc.

                                                     {
    return icDecoderParameters_.size();
}

References icDecoderParameters_.

Referenced by ProGe::ProGeUI::generateIDF(), and ProGe::ProGeUI::generateProcessor().

◆ icDecoderParameterName()

std::string IDF::MachineImplementation::icDecoderParameterName ( unsigned param ) const

Returns name of the ic/decoder parameter with the given index.

Parameters

param Index of the parameter.

Returns: Name of the parameter.

Definition at line 1382 of file MachineImplementation.cc.

                                                                  {
    if (param >= icDecoderParameters_.size()) {
        const string procName =
            "MachineImplementation::icDecoderParameterName";
        throw OutOfRange(__FILE__, __LINE__, procName);
 
    }
    return icDecoderParameters_[param].name;
}

References icDecoderParameters_.

Referenced by ProGe::ProGeUI::generateProcessor().

◆ icDecoderParameterValue() [1/2]

std::string IDF::MachineImplementation::icDecoderParameterValue ( const std::string & name ) const

Returns value of the ic/decoder parameter with the given name.

Parameters

name	Name of the parameter.

Returns: Value of the parameter.

Definition at line 1415 of file MachineImplementation.cc.

                                                                          {
 
    std::vector<Parameter>::const_iterator iter =
        icDecoderParameters_.begin();
 
    for (; iter != icDecoderParameters_.end(); iter++) {
        if ((*iter).name == name) {
            return (*iter).value;
        }
    }
 
    // Parameter value not defined.
    return "";
}

References icDecoderParameters_.

Referenced by AlmaIFIntegrator::AlmaIFIntegrator(), ProGeTestBenchGenerator::generate(), ProGe::ProGeUI::generateProcessor(), ProcessorImplementationWindow::TransferDataToWindow(), and ProGe::TestBenchBlock::write().

◆ icDecoderParameterValue() [2/2]

std::string IDF::MachineImplementation::icDecoderParameterValue ( unsigned param ) const

Returns value of the ic/decoder parameter with the given index.

Parameters

param Index of the parameter.

Returns: Value of the parameter.

Definition at line 1399 of file MachineImplementation.cc.

                                                                   {
    if (param >= icDecoderParameters_.size()) {
        const string procName = "MachineImplementation::icDecoderParamterName";
        throw OutOfRange(__FILE__, __LINE__, procName);
 
    }
    return icDecoderParameters_[param].value;
}

References icDecoderParameters_.

◆ icDecoderPluginFile()

std::string IDF::MachineImplementation::icDecoderPluginFile ( ) const

Returns the absolute path to the IC/decoder plugin file given in IDF.

Returns: The absolute path to the IC/decoder plugin file.

Exceptions

FileNotFound If the file is not found in search paths.

Definition at line 153 of file MachineImplementation.cc.

                                                 {
    vector<string> paths = Environment::icDecoderPluginPaths();
    paths.insert(paths.begin(), FileSystem::directoryOfPath(sourceIDF_));
    TCEString expandedPath(icDecoderPluginFile_);
    expandedPath.replaceString("tce:", "");
    expandedPath = FileSystem::expandTilde(expandedPath);
    return FileSystem::findFileInSearchPaths(paths, expandedPath);
}

References FileSystem::directoryOfPath(), FileSystem::expandTilde(), FileSystem::findFileInSearchPaths(), icDecoderPluginFile_, Environment::icDecoderPluginPaths(), TCEString::replaceString(), and sourceIDF_.

Referenced by ProGe::ProGeUI::generateProcessor(), CostEstimator::Estimator::icArea(), CostEstimator::Estimator::icEnergy(), CostEstimator::Estimator::longestPath(), ProcessorImplementationWindow::onLoadIDF(), and ProcessorImplementationWindow::TransferDataToWindow().

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◆ icDecoderPluginName()

std::string IDF::MachineImplementation::icDecoderPluginName ( ) const

Returns the name of the IC/decoder plugin.

Returns: The name of the IC/decoder plugin.

Definition at line 132 of file MachineImplementation.cc.

                                                 {
    return icDecoderPluginName_;
}

References icDecoderPluginName_.

Referenced by ProGe::ProGeUI::generateProcessor(), CostEstimator::Estimator::icArea(), CostEstimator::Estimator::icEnergy(), CostEstimator::Estimator::longestPath(), ProcessorImplementationWindow::onLoadIDF(), saveState(), and ProcessorImplementationWindow::TransferDataToWindow().

◆ isLibraryImplFile() [1/2]

bool IDF::MachineImplementation::isLibraryImplFile ( )

private

Referenced by checkImplFiles().

◆ isLibraryImplFile() [2/2]

bool IDF::MachineImplementation::isLibraryImplFile	(	const std::string &	path,
		std::string &	resolvedPath
	)

Returns true if the given file is a library file of TCE.

If the file is a TCE library file, its absolute absolute path returned via reference.

Parameters

path	The file path that is relative or absolute.
resolvedPath	The resolved absolute path.

Returns: True, if the file is TCE library file. Otherwise, false.

Definition at line 1542 of file MachineImplementation.cc.

                                 {
 
    TCEString toSearched(path);
    toSearched.replaceString("tce:", "");
 
    std::vector<std::string> defaultPaths;
    std::vector<std::string> tmp = Environment::hdbPaths(true);
    defaultPaths.insert(defaultPaths.end(), tmp.begin(), tmp.end());
    tmp = Environment::icDecoderPluginPaths(true);
    defaultPaths.insert(defaultPaths.end(), tmp.begin(), tmp.end());
    tmp = Environment::decompressorPaths(true);
    defaultPaths.insert(defaultPaths.end(), tmp.begin(), tmp.end());
 
    try {
        resolvedPath = FileSystem::findFileInSearchPaths(
            defaultPaths, toSearched);
        return true;
    } catch (Exception& e) {
        // file was not found
    }
 
    return false;
}

References Environment::decompressorPaths(), FileSystem::findFileInSearchPaths(), Environment::hdbPaths(), Environment::icDecoderPluginPaths(), and TCEString::replaceString().

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◆ iuImplementation() [1/2]

UnitImplementationLocation & IDF::MachineImplementation::iuImplementation ( const std::string & iu ) const

Returns the implementation data of the given IU.

Parameters

iu	Name of the IU.

Returns: The implementation data.

Exceptions

InstanceNotFound If there is no implementation defined for the given IU.

Definition at line 399 of file MachineImplementation.cc.

                                                                 {
    UnitImplementationLocation* impl = findImplementation(
        iuImplementations_, iu);
    if (impl == NULL) {
        throw InstanceNotFound(
            __FILE__, __LINE__, __func__,
            "No implementation data found for immediate unit " + iu + ".");
    } else {
        return *impl;
    }
}

References __func__, findImplementation(), and iuImplementations_.

Referenced by checkImplFiles(), IDFValidator::checkIUImplementations(), ProGe::ProcessorGenerator::checkIULatencies(), ProGe::BlockSourceCopier::copyShared(), ProGe::NetlistGenerator::generate(), ProcessorImplementationWindow::handleSelectIUImplementation(), CostEstimator::Estimator::longestPath(), makeImplFilesRelative(), IDFValidator::removeUnknownImplementations(), saveState(), and ProcessorImplementationWindow::updateImplementationLists().

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◆ iuImplementation() [2/2]

UnitImplementationLocation & IDF::MachineImplementation::iuImplementation ( int index ) const

Returns the IU implementation at the given position.

Parameters

index The position index.

Returns: The implementation data.

Exceptions

OutOfRange If the index is smaller than 0 or not smaller than the number of IU implementations.

Definition at line 490 of file MachineImplementation.cc.

                                                       {
    ensureIndexValidity(index, iuImplementations_);
    return *iuImplementations_[index];
}

References ensureIndexValidity(), and iuImplementations_.

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◆ iuImplementationCount()

int IDF::MachineImplementation::iuImplementationCount ( ) const

Returns the number of IU implementations.

Returns: The number of IU implementations.

Definition at line 321 of file MachineImplementation.cc.

                                                   {
    return iuImplementations_.size();
}

References iuImplementations_.

Referenced by checkImplFiles(), IDFValidator::checkIUImplementations(), ProGe::BlockSourceCopier::copyShared(), makeImplFilesRelative(), IDFValidator::removeUnknownImplementations(), and saveState().

◆ loadFromIDF()

MachineImplementation * IDF::MachineImplementation::loadFromIDF ( const std::string & idfFileName )

static

Loads a MachineImplementation from the given IDF file.

Parameters

idfFileName The name of the file to load the IDF from.

Returns: A machine implementation instance.

Exceptions

Exception In case some error occured.

Definition at line 1524 of file MachineImplementation.cc.

                                                               {
    IDFSerializer serializer;
    serializer.setSourceFile(idfFileName);
 
    return serializer.readMachineImplementation();
}

References IDF::IDFSerializer::readMachineImplementation(), and XMLSerializer::setSourceFile().

Referenced by Evaluate::createConfig(), MinimalOpSet::createConfig(), and main().

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◆ loadState()

void IDF::MachineImplementation::loadState ( const ObjectState * state )

virtual

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

Parameters

state The given ObjectState tree.

Exceptions

ObjectStateLoadingException If the given ObjectState tree is invalid.

Implements Serializable.

Definition at line 762 of file MachineImplementation.cc.

                                                         {
    const string procName = "MachineImplementation::loadState";
 
    if (state->name() != OSNAME_MACHINE_IMPLEMENTATION) {
        throw ObjectStateLoadingException(__FILE__, __LINE__, procName);
    }
 
    clearState();
 
 
    if (state->hasChild(OSNAME_IC_DECODER_PLUGIN)) {
        ObjectState* icdecState = state->childByName(OSNAME_IC_DECODER_PLUGIN);
        icDecoderPluginName_ = 
            icdecState->stringAttribute(OSKEY_IC_DECODER_NAME);
        icDecoderPluginFile_ =
            icdecState->stringAttribute(OSKEY_IC_DECODER_FILE);
        if (icdecState->hasAttribute(OSKEY_IC_DECODER_HDB)) {
            icDecoderHDB_ = icdecState->stringAttribute(OSKEY_IC_DECODER_HDB);
        }
 
        // Load ic/decoder plugin parameters.
        for (int i = 0; i < icdecState->childCount(); i++) {
            ObjectState* parameterState = icdecState->child(i);
            if (parameterState->name() != OSNAME_IC_DECODER_PARAMETER) {
                throw ObjectStateLoadingException(
                    __FILE__, __LINE__, procName);
            }
            std::string name = parameterState->stringAttribute(
                OSKEY_IC_DECODER_PARAMETER_NAME);
 
            std::string value = parameterState->stringAttribute(
                OSKEY_IC_DECODER_PARAMETER_VALUE);
 
            Parameter parameter = { name, value };
            icDecoderParameters_.push_back(parameter);
        }
    }
 
    if (state->hasAttribute(OSKEY_DECOMPRESSOR_FILE)) {
        decompressorFile_ = state->stringAttribute(OSKEY_DECOMPRESSOR_FILE);
    }
 
    ObjectState* fuGenerate = state->childByName(OSNAME_FU_GENERATED);
 
    for (int i = 0; i < fuGenerate->childCount(); i++) {
        ObjectState* child = fuGenerate->child(i);
        FUGenerated newfug;
        newfug.loadState(child);
        fuGenerated_.emplace_back(newfug);
    }
 
    try {
        sourceIDF_ = state->stringAttribute(OSKEY_SOURCE_IDF);
        ObjectState* fuImplementations = state->childByName(
            OSNAME_FU_IMPLEMENTATIONS);
        ObjectState* rfImplementations = state->childByName(
            OSNAME_RF_IMPLEMENTATIONS);
        ObjectState* iuImplementations = state->childByName(
            OSNAME_IU_IMPLEMENTATIONS);
        ObjectState* busImplementations = state->childByName(
            OSNAME_BUS_IMPLEMENTATIONS);
        ObjectState* socketImplementations = state->childByName(
            OSNAME_SOCKET_IMPLEMENTATIONS);
        
        for (int i = 0; i < fuImplementations->childCount(); i++) {
            ObjectState* child = fuImplementations->child(i);
            addFUImplementation(new UnitImplementationLocation(child));
        }
 
        for (int i = 0; i < rfImplementations->childCount(); i++) {
            ObjectState* child = rfImplementations->child(i);
            addRFImplementation(new UnitImplementationLocation(child));
        }
 
        for (int i = 0; i < iuImplementations->childCount(); i++) {
            ObjectState* child = iuImplementations->child(i);
            addIUImplementation(new UnitImplementationLocation(child));
        }
        for (int i = 0; i < busImplementations->childCount(); i++) {
            ObjectState* child = busImplementations->child(i);
            addBusImplementation(new UnitImplementationLocation(child));
        }
 
        for (int i = 0; i < socketImplementations->childCount(); i++) {
            ObjectState* child = socketImplementations->child(i);
            addSocketImplementation(new UnitImplementationLocation(child));
        }
 
    } catch (const Exception& exception) {
        throw ObjectStateLoadingException(
            __FILE__, __LINE__, procName, exception.errorMessage());
    }
}

References addBusImplementation(), addFUImplementation(), addIUImplementation(), addRFImplementation(), addSocketImplementation(), ObjectState::child(), ObjectState::childByName(), ObjectState::childCount(), clearState(), decompressorFile_, Exception::errorMessage(), fuGenerated_, ObjectState::hasAttribute(), ObjectState::hasChild(), icDecoderHDB_, icDecoderParameters_, icDecoderPluginFile_, icDecoderPluginName_, IDF::FUGenerated::loadState(), ObjectState::name(), OSKEY_DECOMPRESSOR_FILE, OSKEY_IC_DECODER_FILE, OSKEY_IC_DECODER_HDB, OSKEY_IC_DECODER_NAME, OSKEY_IC_DECODER_PARAMETER_NAME, OSKEY_IC_DECODER_PARAMETER_VALUE, OSKEY_SOURCE_IDF, OSNAME_BUS_IMPLEMENTATIONS, OSNAME_FU_GENERATED, OSNAME_FU_IMPLEMENTATIONS, OSNAME_IC_DECODER_PARAMETER, OSNAME_IC_DECODER_PLUGIN, OSNAME_IU_IMPLEMENTATIONS, OSNAME_MACHINE_IMPLEMENTATION, OSNAME_RF_IMPLEMENTATIONS, OSNAME_SOCKET_IMPLEMENTATIONS, sourceIDF_, and ObjectState::stringAttribute().

Referenced by DSDBManager::implementation(), MachineImplementation(), and ProcessorImplementationWindow::onLoadIDF().

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◆ makeHDBPathRelative()

void IDF::MachineImplementation::makeHDBPathRelative	(	const std::vector< std::string > &	searchPaths,
		UnitImplementationLocation &	implem
	)		const

private

Tries to find a relative path for an HDB file.

If a relative path is found under any of the search paths, the first match is saved. In case the HDB file path is invalid, the path field is left empty.

Parameters

searchPaths	Search for relative paths is done under these paths.
implem	Object containing a file path, which points to an HDB file.

Definition at line 1288 of file MachineImplementation.cc.

                                              {
    
    try {
        string filePath = implem.hdbFile();
        string relPath;
        if (FileSystem::makeRelativePath(searchPaths, filePath, relPath)) {
            implem.setHDBFile(relPath);
        } else if (FileSystem::makeRelativePath(Environment::hdbPaths(true),
                filePath, relPath)) {
            implem.setHDBFile(std::string("tce:") + relPath);
        }
    } catch (FileNotFound& e) {
        implem.setHDBFile("");
    }
}

References IDF::UnitImplementationLocation::hdbFile(), Environment::hdbPaths(), FileSystem::makeRelativePath(), and IDF::UnitImplementationLocation::setHDBFile().

Referenced by makeImplFilesRelative().

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◆ makeImplFilesRelative()

void IDF::MachineImplementation::makeImplFilesRelative ( const std::vector< std::string > & sPaths )

Changes file paths in machine implementation to relative file paths.

Tries to find relative file paths under provided search paths.

Parameters

sPaths Search paths, used for finding relative paths.

Definition at line 967 of file MachineImplementation.cc.

                                        {
    
    // ic&decoder files
    if (hasICDecoderPluginName()) {
        if (hasICDecoderPluginFile()) {
            string filePath = icDecoderPluginFile_;
            string relPath;
            if (FileSystem::makeRelativePath(sPaths, filePath, relPath)) {
                icDecoderPluginFile_ = relPath;
            } else if (FileSystem::makeRelativePath(
                    Environment::icDecoderPluginPaths(true),
                    filePath, relPath)) {
                icDecoderPluginFile_ = std::string("tce:") + relPath;
            }
        }
        if (hasICDecoderHDB()) {
            string filePath = icDecoderHDB_;
            string relPath;
            if (FileSystem::makeRelativePath(sPaths, filePath, relPath)) {
                icDecoderHDB_ = relPath;
            } else if (FileSystem::makeRelativePath(
                    Environment::decompressorPaths(true), filePath, relPath)) {
                icDecoderHDB_ = std::string("tce:") + relPath;
            }
        }
    }
 
    // decompressor file
    if (hasDecompressorFile()) {
        string filePath = decompressorFile_;
        string relPath;
        if (FileSystem::makeRelativePath(sPaths, filePath, relPath)) {
            decompressorFile_ = relPath;
        } else if (FileSystem::makeRelativePath(
                Environment::decompressorPaths(), filePath, relPath)) {
            decompressorFile_ = std::string("tce:") + relPath;
        }
    }
 
    // FU files
    for (int i = 0; i < fuImplementationCount(); i++) {
        UnitImplementationLocation& impl = fuImplementation(i);
        makeHDBPathRelative(sPaths, impl);
    }
 
    // RF files
    for (int i = 0; i < rfImplementationCount(); i++) {
        UnitImplementationLocation& impl = rfImplementation(i);
        makeHDBPathRelative(sPaths, impl);
    }
 
    // IU files
    for (int i = 0; i < iuImplementationCount(); i++) {
        UnitImplementationLocation& impl = iuImplementation(i);
        makeHDBPathRelative(sPaths, impl);
    }
 
    // bus files
    for (int i = 0; i < busImplementationCount(); i++) {
        UnitImplementationLocation& impl = busImplementation(i);
        makeHDBPathRelative(sPaths, impl);
    }
 
    // socket files
    for (int i = 0; i < socketImplementationCount(); i++) {
        UnitImplementationLocation& impl = socketImplementation(i);
        makeHDBPathRelative(sPaths, impl);
    }
 
    // Generated FUs and their operations.
    for (auto&& fug : FUGenerations()) {
        for (auto&& op : fug.operations()) {
            std::string& hdb = op.hdb;
            std::string rel;
            if (FileSystem::makeRelativePath(sPaths, hdb, rel)) {
                hdb = rel;
            } else if (FileSystem::makeRelativePath(
                           Environment::hdbPaths(true), hdb, rel)) {
                hdb = "tce:" + rel;
            }
        }
    }
}

References busImplementation(), busImplementationCount(), decompressorFile_, Environment::decompressorPaths(), FUGenerations(), fuImplementation(), fuImplementationCount(), hasDecompressorFile(), hasICDecoderHDB(), hasICDecoderPluginFile(), hasICDecoderPluginName(), Environment::hdbPaths(), icDecoderHDB_, icDecoderPluginFile_, Environment::icDecoderPluginPaths(), iuImplementation(), iuImplementationCount(), makeHDBPathRelative(), FileSystem::makeRelativePath(), rfImplementation(), rfImplementationCount(), socketImplementation(), and socketImplementationCount().

Referenced by ProcessorImplementationWindow::doSaveIDF().

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◆ removeBusImplementation()

void IDF::MachineImplementation::removeBusImplementation ( const std::string & unitName )

Removes the bus implementation with given name.

Parameters

unitName Name of the implementation to remove.

Exceptions

InstanceNotFound If there is no implementation defined for the given bus.

Definition at line 709 of file MachineImplementation.cc.

                                                                        {
    bool removed = false;
    for (
        ImplementationTable::iterator iter = busImplementations_.begin(); 
        iter != busImplementations_.end(); iter++) {
 
        UnitImplementationLocation* implementation = *iter;
        if (implementation->unitName() == unitName) {
            busImplementations_.erase(iter);
            removed = true;
            break;
        }
    }
    if (!removed) {
        throw InstanceNotFound(__FILE__, __LINE__, __func__);
    }
}

References __func__, busImplementations_, and implementation.

Referenced by MinimizeMachine::minimizeBuses().

◆ removeFuGeneration()

void IDF::MachineImplementation::removeFuGeneration ( const std::string & name )

Remove fu from generation list.

Parameters

name	Name of the FU Generation to remove.

Definition at line 1605 of file MachineImplementation.cc.

                                                               {
    fuGenerated_.erase(
        std::remove_if(
            fuGenerated_.begin(), fuGenerated_.end(),
            [name](FUGenerated& fu) { return fu.name() == name; }),
        fuGenerated_.end());
}

References fuGenerated_.

◆ removeFUImplementation()

void IDF::MachineImplementation::removeFUImplementation ( const std::string & unitName )

Removes the FU implementation with given name.

Parameters

unitName Name of the implementation to remove.

Exceptions

InstanceNotFound If there is no implementation defined for the given FU.

Definition at line 634 of file MachineImplementation.cc.

                                                                       {
    bool removed = false;
    for (ImplementationTable::iterator iter = fuImplementations_.begin(); 
         iter != fuImplementations_.end(); iter++) {
 
        UnitImplementationLocation* implementation = *iter;
        if (implementation->unitName() == unitName) {
            fuImplementations_.erase(iter);
            removed = true;
            break;
        }
    }
    if (!removed) {
        throw InstanceNotFound(__FILE__, __LINE__, __func__);
    }
}

References __func__, fuImplementations_, and implementation.

Referenced by RemoveUnconnectedComponents::explore(), and IDFValidator::removeUnknownImplementations().

◆ removeIUImplementation()

void IDF::MachineImplementation::removeIUImplementation ( const std::string & unitName )

Removes the IU implementation with given name.

Parameters

unitName Name of the implementation to remove.

Exceptions

InstanceNotFound If there is no implementation defined for the given IU.

Definition at line 684 of file MachineImplementation.cc.

                                                                       {
    bool removed = false;
    for (ImplementationTable::iterator iter = iuImplementations_.begin(); 
         iter != iuImplementations_.end(); iter++) {
 
        UnitImplementationLocation* implementation = *iter;
        if (implementation->unitName() == unitName) {
            iuImplementations_.erase(iter);
            removed = true;
            break;
        }
    }
    if (!removed) {
        throw InstanceNotFound(__FILE__, __LINE__, __func__);
    }
}

References __func__, implementation, and iuImplementations_.

Referenced by IDFValidator::removeUnknownImplementations().

◆ removeRFImplementation()

void IDF::MachineImplementation::removeRFImplementation ( const std::string & unitName )

Removes the RF implementation with given name.

Parameters

unitName Name of the implementation to remove.

Exceptions

InstanceNotFound If there is no implementation defined for the given RF.

Definition at line 659 of file MachineImplementation.cc.

                                                                       {
    bool removed = false;
    for (ImplementationTable::iterator iter = rfImplementations_.begin(); 
         iter != rfImplementations_.end(); iter++) {
 
        UnitImplementationLocation* implementation = *iter;
        if (implementation->unitName() == unitName) {
            rfImplementations_.erase(iter);
            removed = true;
            break;
        }
    }
    if (!removed) {
        throw InstanceNotFound(__FILE__, __LINE__, __func__);
    }
}

References __func__, implementation, and rfImplementations_.

Referenced by RemoveUnconnectedComponents::explore(), and IDFValidator::removeUnknownImplementations().

◆ removeSocketImplementation()

void IDF::MachineImplementation::removeSocketImplementation ( const std::string & unitName )

Removes the socket implementation with given name.

Parameters

unitName Name of the implementation to remove.

Exceptions

InstanceNotFound If there is no implementation defined for the given socket.

Definition at line 735 of file MachineImplementation.cc.

                                                                           {
    bool removed = false;
    for (
        ImplementationTable::iterator iter = 
            socketImplementations_.begin(); 
        iter != socketImplementations_.end(); iter++) {
 
        UnitImplementationLocation* implementation = *iter;
        if (implementation->unitName() == unitName) {
            socketImplementations_.erase(iter);
            removed = true;
            break;
        }
    }
    if (!removed) {
        throw InstanceNotFound(__FILE__, __LINE__, __func__);
    }
}

References __func__, implementation, and socketImplementations_.

◆ rfImplementation() [1/2]

UnitImplementationLocation & IDF::MachineImplementation::rfImplementation ( const std::string & rf ) const

Returns the implementation data of the given RF.

Parameters

rf	Name of the RF.

Returns: The implementation data.

Exceptions

InstanceNotFound If there is no implementation defined for the given RF.

Definition at line 377 of file MachineImplementation.cc.

                                                                 {
    UnitImplementationLocation* impl = findImplementation(
        rfImplementations_, rf);
    if (impl == NULL) {
        const string procName = "MachineImplementation::rfImplementation";
        throw InstanceNotFound(
            __FILE__, __LINE__, procName,
            "No implementation data found for register file " + rf + ".");
    } else {
        return *impl;
    }
}

References findImplementation(), and rfImplementations_.

Referenced by checkImplFiles(), IDFValidator::checkRFImplementations(), ProGe::BlockSourceCopier::copyShared(), ProGe::NetlistGenerator::generate(), ProGeScriptGenerator::getBlockOrder(), ProcessorImplementationWindow::handleSelectRFImplementation(), CostEstimator::Estimator::longestPath(), makeImplFilesRelative(), IDFValidator::removeUnknownImplementations(), saveState(), testUnits(), CostEstimator::Estimator::totalAreaOfRegisterFiles(), CostEstimator::Estimator::totalEnergyOfRegisterFiles(), ProcessorImplementationWindow::updateImplementationLists(), and ProcessorImplementationWindow::updateRFList().

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◆ rfImplementation() [2/2]

UnitImplementationLocation & IDF::MachineImplementation::rfImplementation ( int index ) const

Returns the RF implementation at the given position.

Parameters

index The position index.

Returns: The implementation data.

Exceptions

OutOfRange If the index is smaller than 0 or not smaller than the number of RF implementations.

Definition at line 476 of file MachineImplementation.cc.

                                                       {
    ensureIndexValidity(index, rfImplementations_);
    return *rfImplementations_[index];
}

References ensureIndexValidity(), and rfImplementations_.

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◆ rfImplementationCount()

int IDF::MachineImplementation::rfImplementationCount ( ) const

Returns the number of RF implementations.

Returns: The number of RF implementations.

Definition at line 310 of file MachineImplementation.cc.

                                                   {
    return rfImplementations_.size();
}

References rfImplementations_.

Referenced by checkImplFiles(), IDFValidator::checkRFImplementations(), ProGe::BlockSourceCopier::copyShared(), ProGeScriptGenerator::getBlockOrder(), makeImplFilesRelative(), IDFValidator::removeUnknownImplementations(), saveState(), and testUnits().

◆ saveState()

ObjectState * IDF::MachineImplementation::saveState ( ) const

virtual

Saves the state of the object to an ObjectState tree.

Returns: The newly created ObjectState tree.

Implements Serializable.

Definition at line 862 of file MachineImplementation.cc.

                                       {
 
    ObjectState* state = new ObjectState(OSNAME_MACHINE_IMPLEMENTATION);
    state->setAttribute(OSKEY_SOURCE_IDF, sourceIDF_);
 
    // add ic&decoder data
    if (hasICDecoderPluginName()) {
        ObjectState* icdecState = new ObjectState(OSNAME_IC_DECODER_PLUGIN);
        if (hasICDecoderPluginName()) {
            icdecState->setAttribute(
                OSKEY_IC_DECODER_NAME, icDecoderPluginName());
        }
        if (hasICDecoderPluginFile()) {
            icdecState->setAttribute(
                OSKEY_IC_DECODER_FILE, icDecoderPluginFile_);
        }
        if (hasICDecoderHDB()) {
            icdecState->setAttribute(
                OSKEY_IC_DECODER_HDB, icDecoderHDB_);
        }
 
        std::vector<Parameter>::const_iterator iter =
            icDecoderParameters_.begin();
 
        // add ic&decoder parameters
        for (; iter != icDecoderParameters_.end(); iter++) {
            ObjectState* parameterState =
                new ObjectState(OSNAME_IC_DECODER_PARAMETER);
            parameterState->setAttribute(
                OSKEY_IC_DECODER_PARAMETER_NAME, (*iter).name);
            parameterState->setAttribute(
                OSKEY_IC_DECODER_PARAMETER_VALUE, (*iter).value);
            icdecState->addChild(parameterState);
        }
        state->addChild(icdecState);
    }
 
    // add decompressor file data
    if (hasDecompressorFile()) {
        state->setAttribute(OSKEY_DECOMPRESSOR_FILE, decompressorFile_);
    }
 
    // add Generated FUs.
    ObjectState* fuGenerated = new ObjectState(OSNAME_FU_GENERATED);
    state->addChild(fuGenerated);
    for (const auto fug : fuGenerated_) {
        fuGenerated->addChild(fug.saveState());
    }
 
    // add FU implementations
    ObjectState* fuImplementations = new ObjectState(
        OSNAME_FU_IMPLEMENTATIONS);
    state->addChild(fuImplementations);
    for (int i = 0; i < fuImplementationCount(); i++) {
        UnitImplementationLocation& impl = fuImplementation(i);
        fuImplementations->addChild(impl.saveState());
    }
 
    // add RF implementations
    ObjectState* rfImplementations = new ObjectState(
        OSNAME_RF_IMPLEMENTATIONS);
    state->addChild(rfImplementations);
    for (int i = 0; i < rfImplementationCount(); i++) {
        UnitImplementationLocation& impl = rfImplementation(i);
        rfImplementations->addChild(impl.saveState());
    }
 
    // add IU implementations
    ObjectState* iuImplementations = new ObjectState(
        OSNAME_IU_IMPLEMENTATIONS);
    state->addChild(iuImplementations);
    for (int i = 0; i < iuImplementationCount(); i++) {
        UnitImplementationLocation& impl = iuImplementation(i);
        iuImplementations->addChild(impl.saveState());
    }
 
    // add bus implementations
    ObjectState* busImplementations = new ObjectState(
        OSNAME_BUS_IMPLEMENTATIONS);
    state->addChild(busImplementations);
    for (int i = 0; i < busImplementationCount(); i++) {
        UnitImplementationLocation& impl = busImplementation(i);
        busImplementations->addChild(impl.saveState());
    }
 
    // add socket implementations
    ObjectState* socketImplementations = new ObjectState(
        OSNAME_SOCKET_IMPLEMENTATIONS);
    state->addChild(socketImplementations);
    for (int i = 0; i < socketImplementationCount(); i++) {
        UnitImplementationLocation& impl = socketImplementation(i);
        socketImplementations->addChild(impl.saveState());
    }
 
    return state;
}

References ObjectState::addChild(), busImplementation(), busImplementationCount(), decompressorFile_, fuGenerated_, fuImplementation(), fuImplementationCount(), hasDecompressorFile(), hasICDecoderHDB(), hasICDecoderPluginFile(), hasICDecoderPluginName(), icDecoderHDB_, icDecoderParameters_, icDecoderPluginFile_, icDecoderPluginName(), iuImplementation(), iuImplementationCount(), OSKEY_DECOMPRESSOR_FILE, OSKEY_IC_DECODER_FILE, OSKEY_IC_DECODER_HDB, OSKEY_IC_DECODER_NAME, OSKEY_IC_DECODER_PARAMETER_NAME, OSKEY_IC_DECODER_PARAMETER_VALUE, OSKEY_SOURCE_IDF, OSNAME_BUS_IMPLEMENTATIONS, OSNAME_FU_GENERATED, OSNAME_FU_IMPLEMENTATIONS, OSNAME_IC_DECODER_PARAMETER, OSNAME_IC_DECODER_PLUGIN, OSNAME_IU_IMPLEMENTATIONS, OSNAME_MACHINE_IMPLEMENTATION, OSNAME_RF_IMPLEMENTATIONS, OSNAME_SOCKET_IMPLEMENTATIONS, rfImplementation(), rfImplementationCount(), IDF::UnitImplementationLocation::saveState(), ObjectState::setAttribute(), socketImplementation(), socketImplementationCount(), and sourceIDF_.

Referenced by DSDBManager::addImplementation(), ProGe::ProGeUI::loadMachineImplementation(), ProcessorImplementationWindow::onLoadIDF(), and IDF::IDFSerializer::writeMachineImplementation().

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◆ setDecompressorFile()

void IDF::MachineImplementation::setDecompressorFile ( const std::string & file )

Sets the decompressor block file.

Parameters

file	Full path to the decompressor block file.

Definition at line 1502 of file MachineImplementation.cc.

                                                                {
    vector<string> paths = Environment::decompressorPaths();
    paths.insert(paths.begin(), FileSystem::directoryOfPath(sourceIDF_));
    decompressorFile_ = FileSystem::findFileInSearchPaths(paths, file);
}

References decompressorFile_, Environment::decompressorPaths(), FileSystem::directoryOfPath(), FileSystem::findFileInSearchPaths(), and sourceIDF_.

Referenced by ProcessorImplementationWindow::onBrowseDecompressor().

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◆ setICDecoderHDB()

void IDF::MachineImplementation::setICDecoderHDB ( const std::string & file )

Sets the ic/decoder HDB file.

Parameters

file	Full path of the ic/decoder HDB file.

Definition at line 1488 of file MachineImplementation.cc.

                                                            {
    vector<string> paths = Environment::hdbPaths();
    paths.insert(paths.begin(), FileSystem::directoryOfPath(sourceIDF_));
    string expandedPath = FileSystem::expandTilde(file);
    icDecoderHDB_ =
        FileSystem::findFileInSearchPaths(paths, expandedPath);
}

References FileSystem::directoryOfPath(), FileSystem::expandTilde(), FileSystem::findFileInSearchPaths(), Environment::hdbPaths(), icDecoderHDB_, and sourceIDF_.

Referenced by ProcessorImplementationWindow::onBrowseICHDB(), and ComponentImplementationSelector::selectComponents().

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◆ setICDecoderParameter()

void IDF::MachineImplementation::setICDecoderParameter	(	const std::string &	name,
		const std::string &	value
	)

Sets value of an ic/decoder parameter.

Parameters

name	Name of the parameter.
value	Value of the parameter.

Definition at line 1437 of file MachineImplementation.cc.

                                                   {
 
    std::vector<Parameter>::iterator iter =
        icDecoderParameters_.begin();
 
    // Check if the parameter already exists.
    for (; iter != icDecoderParameters_.end(); iter++) {
        if ((*iter).name == name) {
            (*iter).value = value;
            return;
        }
    }
 
    // New parameter.
    Parameter parameter = { name, value };
    icDecoderParameters_.push_back(parameter);
}

References icDecoderParameters_.

Referenced by ProGe::ProGeUI::generateIDF(), and ProcessorImplementationWindow::onSetParameterValue().

◆ setICDecoderPluginFile()

void IDF::MachineImplementation::setICDecoderPluginFile ( const std::string & file )

Sets the ic/decoder plugin file.

Parameters

file	Full path of the ic/decoder plugin file.

Definition at line 1474 of file MachineImplementation.cc.

                                                                   {
    vector<string> paths = Environment::icDecoderPluginPaths();
    paths.insert(paths.begin(), FileSystem::directoryOfPath(sourceIDF_));
    string expandedPath = FileSystem::expandTilde(file);
    icDecoderPluginFile_ =
        FileSystem::findFileInSearchPaths(paths, expandedPath);
}

References FileSystem::directoryOfPath(), FileSystem::expandTilde(), FileSystem::findFileInSearchPaths(), icDecoderPluginFile_, Environment::icDecoderPluginPaths(), and sourceIDF_.

Referenced by ProGe::ProGeUI::generateIDF(), ProcessorImplementationWindow::loadICDecoderPlugin(), and ComponentImplementationSelector::selectComponents().

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◆ setICDecoderPluginName()

void IDF::MachineImplementation::setICDecoderPluginName ( const std::string & name )

Sets the ic/decoder plugin name.

Parameters

name	Name of the ic/decoder plugin.

Definition at line 1462 of file MachineImplementation.cc.

                                                                   {
    icDecoderPluginName_ = name;
 
}

References icDecoderPluginName_.

Referenced by ProGe::ProGeUI::generateIDF(), ProcessorImplementationWindow::loadICDecoderPlugin(), and ComponentImplementationSelector::selectComponents().

◆ socketImplementation() [1/2]

UnitImplementationLocation & IDF::MachineImplementation::socketImplementation ( const std::string & socket ) const

Returns the implementation data of the given socket.

Parameters

socket Name of the socket.

Returns: The implementation data.

Exceptions

InstanceNotFound If there is no implementation defined for the given socket.

Definition at line 441 of file MachineImplementation.cc.

                                                                         {
    UnitImplementationLocation* impl = findImplementation(
        socketImplementations_, socket);
    if (impl == NULL) {
        throw InstanceNotFound(
            __FILE__, __LINE__, __func__,
            "No implementation data found for socket " + socket + ".");
    } else {
        return *impl;
    }
}

References __func__, findImplementation(), and socketImplementations_.

Referenced by checkImplFiles(), CostEstimator::Estimator::longestPath(), makeImplFilesRelative(), and saveState().

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◆ socketImplementation() [2/2]

UnitImplementationLocation & IDF::MachineImplementation::socketImplementation ( int index ) const

Returns the socket implementation at the given position.

Parameters

index The position index.

Returns: The implementation data.

Exceptions

OutOfRange If the index is smaller than 0 or not smaller than the number of socket implementations.

Definition at line 518 of file MachineImplementation.cc.

                                                           {
    ensureIndexValidity(index, socketImplementations_);
    return *socketImplementations_[index];
}

References ensureIndexValidity(), and socketImplementations_.

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◆ socketImplementationCount()

int IDF::MachineImplementation::socketImplementationCount ( ) const

Returns the number of socket implementations.

Returns: The number of socket implementations.

Definition at line 341 of file MachineImplementation.cc.

                                                       {
    return socketImplementations_.size();
}

References socketImplementations_.

Referenced by checkImplFiles(), makeImplFilesRelative(), and saveState().

◆ sourceIDF()

std::string IDF::MachineImplementation::sourceIDF ( ) const

Returns the path to the source IDF file.

Returns: The source IDF.

Definition at line 121 of file MachineImplementation.cc.

                                       {
    return sourceIDF_;
}

const std::string IDF::MachineImplementation::OSKEY_SOURCE_IDF = "source_idf"

static

ObjectState attribute name for the source IDF.

Definition at line 141 of file MachineImplementation.hh.

Referenced by loadState(), IDF::IDFSerializer::readState(), and saveState().

◆ OSNAME_BUS_IMPLEMENTATIONS

const std::string IDF::MachineImplementation::OSNAME_BUS_IMPLEMENTATIONS

static

Initial value:

=

"bus_impls"

ObjectState name for bus implementation container.

ImplementationTable IDF::MachineImplementation::rfImplementations_

private

RF implementations.

Definition at line 207 of file MachineImplementation.hh.

Referenced by addRFImplementation(), clearState(), hasRFImplementation(), removeRFImplementation(), rfImplementation(), rfImplementation(), and rfImplementationCount().

◆ socketImplementations_

ImplementationTable IDF::MachineImplementation::socketImplementations_

private

SOCKET implementations.

Definition at line 213 of file MachineImplementation.hh.

Referenced by addSocketImplementation(), clearState(), hasSocketImplementation(), removeSocketImplementation(), socketImplementation(), socketImplementation(), and socketImplementationCount().

◆ sourceIDF_

std::string IDF::MachineImplementation::sourceIDF_

private

Absolute path to the source IDF file.

Definition at line 224 of file MachineImplementation.hh.

Referenced by clearState(), decompressorFile(), icDecoderHDB(), icDecoderPluginFile(), loadState(), saveState(), setDecompressorFile(), setICDecoderHDB(), setICDecoderPluginFile(), and sourceIDF().

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

Classes

Public Member Functions

Static Public Member Functions

Static Public Attributes

Private Types

Private Member Functions

Private Attributes

Detailed Description

Member Typedef Documentation

◆ ImplementationTable

Constructor & Destructor Documentation

◆ MachineImplementation() [1/2]

◆ MachineImplementation() [2/2]

◆ ~MachineImplementation()

Member Function Documentation

◆ addBusImplementation()

◆ addFuGeneration()

◆ addFUImplementation()

◆ addIUImplementation()

◆ addRFImplementation()

◆ addSocketImplementation()

◆ busImplementation() [1/2]

◆ busImplementation() [2/2]

◆ busImplementationCount()

◆ checkImplFile()

◆ checkImplFiles()

◆ clearICDecoderParameters()

◆ clearState()

◆ decompressorFile()

◆ ensureIndexValidity()

◆ findImplementation()

◆ FUGenerations() [1/2]

◆ FUGenerations() [2/2]

◆ fuImplementation() [1/2]

◆ fuImplementation() [2/2]

◆ fuImplementationCount()

◆ hasBusImplementation()

◆ hasDecompressorFile()

◆ hasFUGeneration()

◆ hasFUImplementation()

◆ hasICDecoderHDB()

◆ hasICDecoderPluginFile()

◆ hasICDecoderPluginName()

◆ hasIUImplementation()

◆ hasRFImplementation()

◆ hasSocketImplementation()

◆ icDecoderHDB()

◆ icDecoderParameterCount()

◆ icDecoderParameterName()

◆ icDecoderParameterValue() [1/2]

◆ icDecoderParameterValue() [2/2]

◆ icDecoderPluginFile()

◆ icDecoderPluginName()

◆ isLibraryImplFile() [1/2]

◆ isLibraryImplFile() [2/2]

◆ iuImplementation() [1/2]

◆ iuImplementation() [2/2]

◆ iuImplementationCount()

◆ loadFromIDF()

◆ loadState()

◆ makeHDBPathRelative()

◆ makeImplFilesRelative()

◆ removeBusImplementation()

◆ removeFuGeneration()

◆ removeFUImplementation()

◆ removeIUImplementation()

◆ removeRFImplementation()

◆ removeSocketImplementation()

◆ rfImplementation() [1/2]

◆ rfImplementation() [2/2]

◆ rfImplementationCount()

◆ saveState()

◆ setDecompressorFile()

◆ setICDecoderHDB()

◆ setICDecoderParameter()

◆ setICDecoderPluginFile()

◆ setICDecoderPluginName()

◆ socketImplementation() [1/2]

◆ socketImplementation() [2/2]

◆ socketImplementationCount()