node Class Reference

Public Member Functions
	node ()
	node (int r, std::string vName, std::string vType, int vNumber)
	node (void *pvData)
	node (int r, std::string vName, std::string vType, int vNumber, std::map< int, std::string > catSet)
	node (int r, std::string vName, std::string vType, int vNumber, void *pvData)
void *	getVarDataRange (int start, int ending)
void *	getPtrData ()
void *	getVarData ()
std::string	getVarName ()
std::string	getVarType ()
int	getVarNumber ()
int	getNRows ()
std::vector< int >	getNodeIntData ()
std::vector< int >	getNodeIntData (void *pData)
std::vector< double >	getNodeDblData ()
std::vector< double >	getNodeDblData (void *pData)
std::vector< std::string >	getNodeStrData ()
std::vector< std::string >	getNodeStrData (void *pData)
std::vector< int >	getNodeCatData ()
std::vector< int >	getNodeCatData (void *pData)
void	setNodeContent (int r, std::string vName, std::string vType, int vNumber, void *pvData)
void	setVarDataRows (int r)
void	setVarData (void *pvData)
void	setVarName (std::string vName)
void	setVarType (std::string vType)
void	setVarNumber (int vNumber)
void	displayNode ()
void	displayName_Type ()
std::string	toString ()

Protected Attributes
int	nrows = 0
std::string	varName = ""
std::string	varType = ""
int	varNumber = 0
void *	ptrData = nullptr
void *	retPtr = nullptr
std::vector< int > *	ipData = nullptr
std::vector< double > *	dpData = nullptr
std::vector< std::string > *	spData = nullptr
std::vector< int > *	cpData = nullptr
std::map< int, std::string >	categorySet
std::vector< int >	catVarData

Constructor & Destructor Documentation

node::node

(

)

default constructor

node::node

(

void *

pvData

)

constructor meta-data blank, add vector pointer to data only

Parameters

void*

pvData pointer to the vector of data

Member Function Documentation

void node::displayName_Type

(

)

display the variable name and type

Parameters

none

Returns

none (void)

void node::displayNode

(

)

display the whole node, meta-data and data

Parameters

nonefor

(unsigned i =0; i < vData.size(); ++i) {}

Returns

none (void)

vector< int > node::getNodeCatData

(

)

get Node data as a vector of categories or factors (OVERLOADED)

Parameters

pData

a pointer to the Node data (implied or stated)

Returns

ipData the pointer to a vector<int> with the Node data

vector< double > node::getNodeDblData

(

)

get Node data as a vector of doubles (OVERLOADED)

Parameters

pData

a pointer to the Node data (implied or stated)

Returns

ipData the pointer to a vector<double> with the Node data

vector< int > node::getNodeIntData

(

)

get Node data as a vector of integers (OVERLOADED)

Parameters

pData

a pointer to the Node data (implied or stated)

Returns

ipData the pointer to a vector<int> with the Node data

vector< std::string > node::getNodeStrData

(

)

get Node data as a vector of strings (OVERLOADED)

Parameters

pData

a pointer to the Node data (implied or stated)

Returns

ipData the pointer to a vector<string> with the Node data

int node::getNRows

(

)

get nrows, the number of data rows in the Node vector

Parameters

none

Returns

nrows, an int with the number of data rows in vector

void * node::getPtrData

(

)

get pointer to variable data from the node vector requires knowledge of variable type to fetch pointer

Parameters

none

Returns

a pointer to the start of memory containing the data vector

void * node::getVarData

(

)

get all of the variable data from the node vector as a raw data requires variable type to cast pointer

Parameters

none

Returns

a pointer to the start of memory containing the recast data vector

void * node::getVarDataRange	(	int	start,
		int	ending
	)

the Node class methods get a range of variable data from the node vector Remember! The varType needs to be used to type the data of the returned pointer

Parameters

start	- the starting index for the range of data.
the	ending index for the range

Returns

a (void) pointer to the start of memory containing the data range

string node::getVarName

(

)

get the variable name (node meta-datum varName)

Parameters

none

Returns

the variable name (string)

int node::getVarNumber

(

)

get the variable (position) number (node meta-datum varNumber)

Parameters

none

Returns

the variable number (int)

string node::getVarType

(

)

get the variable type (node meta-datum varType)

Parameters

none

Returns

the variable type (string)

void node::setNodeContent	(	int	r,
		std::string	vName,
		std::string	vType,
		int	vNumber,
		void *	pvData
	)

set the variable data, with a pointer to the data vector

Parameters

r,int	with the number of rows in data vector (i.e its size)
vName,string	with variable name
vType,string	with variable type
vNumber,int	with variable (position number
vData,pointer	to data vector

Returns

none, (void)

void node::setVarData

(

void *

pvData

)

set the variable data, with a pointer to the data vector

Parameters

pointer

to data

Returns

none (void)

void node::setVarDataRows

(

int

r

)

set the variable data, with a pointer to the data vector

Parameters

r,the

number of rows/elements in data vector

Returns

none (void)

void node::setVarName

(

std::string

vName

)

set the variable Name (nvector<int> year {data[0]};ode meta-datum varName)

Parameters

the	variable name (string)

Returns

none (void)

void node::setVarNumber

(

int

vNumber

)

set the variable (position)number (node meta-datum varNumber)

Parameters

the	variable type (string)

Returns

none (void)

void node::setVarType

(

std::string

vType

)

set / reset the variable type (node meta-datum varType) and convert vector and pointer type if necessary.

Parameters

the	variable type (string)

Returns

none (void)

string node::toString

(

)

convert the node data to a string

Parameters

none

Returns

the node as a continuous string (potentially a string stream

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

• node.hpp
• node.cpp