Inherited from CBlock:

Public Methods

virtual bool AcceptsContainer(const CDSLibComponent* pContainer)

virtual bool AddComponent(CDSLibComponent* pComponent)

CBlockVariable* BlockVariable(const std::string & strIdentifier) const

CBlockVariable* BlockVariable(unsigned int uIndex) const

virtual const std::string GlobalIdentifier() const

CInput* Input(const std::string & strName) const

CInput* Input(unsigned int uIndex) const

virtual unsigned int NumberOfBlockVariables() const

virtual unsigned int NumberOfInputs() const

virtual unsigned int NumberOfOutputs() const

COutput* Output(const std::string & strName) const

COutput* Output(unsigned int uIndex) const

bool SchedulerContainsReader() const

bool SchedulerContainsWriter() const

Inherited from CDSLibComponent:

Public Methods

bool AllArrange()

void AllGenerateCode(const std::string &strTemplatesPath, CCodeSection* pCodeSection) const

virtual bool AllRepeatedValue(const CDSLibComponent* pCaller, const std::string & strValueName, const std::string & strValue) const

void AllReportMessages(CMessages* pMessagesReport)

const CDSLibComponent* Component(const std::string & strIdentifier, const std::string & strClass) const

const CDSLibComponentPointers& Components() const

const CDSLibComponent* Container( const std::string & strClass = "", unsigned int uSkip = 0) const

void DeleteObjects()

const std::string& Identifier() const

int ComponentIndex() const

const CMessages& Messages() const

virtual bool RepeatedValue(const std::string &, const std::string &) const

bool SetIdentifier(const std::string & strIdentifier)

Protected Methods

virtual void AddMessage(unsigned int uNumber)

virtual void Arrange()

CDSLibComponentPointers& Components()

virtual void ComponentsGenerateCode(const std::string &strTemplatesPath, CCodeSection* pCodeSection) const

std::string LongLongToString(long long llNumber) const

CMessages& Messages()

bool ParseTemplate(const std::string & strTemplatesPath, const std::string & strTemplate, CCodeSection* pOutputSection) const

void SetContainer(const CDSLibComponent* pContainer)

long long StringToLongLong(const std::string &strNumber) const

std::string DoubleToString(double dNumber) const

Documentation

Block whose operation is defined by its contained blocks

Block whose operation is defined by its contained blocks

CSuperBlock(const CSuperBlock* pSuperBlock, const CDSLibComponent* pContainer = NULL)

Copy-constructor. Copies all the attributes of CSuperBlock and calls the copy-constructor of CBlock.

Parameters:

pSuperBlock - Object to copy from.
pContainer - Container for this new object.

~CSuperBlock()

Destructor.

bool AddInput(const std::string & strIdentifier, const std::string & strType = "float", unsigned int uiArrayLength = 0, bool bRead = false, bool bWrite = false)

Adds an input to this superblock.

Parameters:

strIdentifier - Identifier of the input.
strType - Type of the input.
uiArrayLength - If it is 0 or 1, then the input is of simple type. If it's 2 or more, then it will be an array of the type, and this argument sets the length of the array.
bRead - Sets if the input can be read from outside the dynamic system with a CReader.
bWrite - Sets if the input can be written from outside the dynamic system with a CWriter.

bool AddInputs(unsigned int uiNumber, const std::string & strType = "float", unsigned int uiArrayLength = 0, bool bRead = false, bool bWrite = false)

Adds inputs to this superblock.

Parameters:

uiNumber - Number of inputs to be added. The inputs will be added one by one with the identifier "input<number>", being <number> the already existing number of inputs each time.
strType - Type of the inputs.
uiArrayLength - If it is 0 or 1, then the inputs are of simple type. If it's 2 or more, then every input will be an array of the type, and this argument sets the length of the arrays.
bRead - Sets if the inputs can be read from outside the dynamic system with a CReader.
bWrite - Sets if the outputs can be written from outside the dynamic system with a CWriter.

bool AddOutput(const std::string & strIdentifier, const std::string & strType = "float", unsigned int uiArrayLength = 0, bool bRead = false, bool bWrite = false)

Adds an output to this superblock.

Parameters:

strIdentifier - Identifier of the output.
strType - Type of the output.
uiArrayLength - If it is 0 or 1, then the output is of simple type. If it's 2 or more, then it will be an array of the type, and this argument sets the length of the array.
bRead - Sets if the output can be read from outside the dynamic system with a CReader.
bWrite - Sets if the output can be written from outside the dynamic system with a CWriter.

bool AddOutputs(unsigned int uiNumber, const std::string & strType = "float", unsigned int uiArrayLength = 0, bool bRead = false, bool bWrite = false)

Adds outputs to this superblock.

Parameters:

uiNumber - Number of outputs to be added. The outputs will be added one by one with the identifier "input<number>", being <number> the already existing number of outputs each time.
strType - Type of the outputs.
uiArrayLength - If it is 0 or 1, then the outputs are of simple type. If it's 2 or more, then every output will be an array of the type, and his argument sets the length of the arrays.
bRead - Sets if the outputs can be read from outside the dynamic system with a CReader.
bWrite - Sets if the outputs can be written from outside the dynamic system with a CWriter.

virtual std::string Class() const

Returns "CSuperBlock".

CSuperBlock* Clone(const CDSLibComponent* pContainer = NULL) const

Returns a new CSuperBlock object copied from this one using the copy-constructor above.

Parameters:

pContainer - Container for the new object.

virtual bool DescendantOf(const std::string & strClassName) const

Returns if the argument is "CSuperBlock" or the name of one of its base classes.

Parameters:

strClassName - Class name.

std::string Value(const std::string & strValueName) const

Returns a string to be inserted in the generated code instead of a <value > template command.

Parameters:

strValueName - Value of the "name" parameter of the template command.

virtual void GenerateCode(const std::string & strTemplatesPath, CCodeSection* pCodeSection) const

Makes this object and its contained objects generate code for the section in the arguments.

Parameters:

strTemplatesPath - Path of the folder containing the template files.
pCodeSection - Code section to be generated. It must already point to a CCodeSection object, which may be modified by adding new sections and lines to it.

Direct child classes:

CScheduler

Author:

Ivan Martinez

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