#include <functional>
#include <map>
#include <string.h>
#include <string>
#include <type_traits>
#include <vector>
#include "flxCoreLog.h"
#include "flxUtils.h"
#include "Arduino.h"

Classes
class	flxDescriptor
	Represents a descriptor object with name, description, and title. More...

union	flxDataAllType_t
	A union that can hold any of the basic data types used in the framework. More...

class	flxDataVariable
	A class that can hold any of the basic data types used in the framework. It supports the getting and setting of values based on type. Additionally it can check quality (based on type and value) and convert the value to a string. More...

class	flxDataArray
	This class is used as a base class for the templated array classes. More...

class	flxDataArrayType< T >
	A templated class to define an array class of a specific type. More...

class	flxDataArrayString
	A string array class. More...

struct	flxPersist
	Defines a basic persistance interface for the framework. More...

class	flxDataOut
	Defines the interface for getting data from an object. More...

class	_flxDataOut< T >
	A template DataOut class that returns values of the templated type. More...

class	_flxDataOutString

class	flxDataLimitDesc

class	flxDataLimit

class	flxDataLimitType< T >

class	flxDataLimitRange< T >

class	flxDataLimitSetType< T >

class	flxDataIn

class	_flxDataIn< T >

class	_flxDataInString

Macros
#define	kflxTypeIDNone 0

Typedefs
using	flxDataArrayBool = flxDataArrayType< bool >
	A boolean array class. More...

using	flxDataArrayInt8 = flxDataArrayType< int8_t >
	An int8_t array class. More...

using	flxDataArrayInt16 = flxDataArrayType< int16_t >
	An int16_t array class. More...

using	flxDataArrayInt32 = flxDataArrayType< int32_t >
	An int32_t array class. More...

using	flxDataArrayUInt8 = flxDataArrayType< uint8_t >
	A uint8_t array class. More...

using	flxDataArrayUInt16 = flxDataArrayType< uint16_t >
	A uint16_t array class. More...

using	flxDataArrayUInt32 = flxDataArrayType< uint32_t >
	A uint32_t array class. More...

using	flxDataArrayFloat = flxDataArrayType< float >
	A float array class. More...

using	flxDataArrayDouble = flxDataArrayType< double >
	A double array class. More...

using	flxDataLimitList = std::vector< flxDataLimitDesc >

using	flxDataLimitRangeInt8 = flxDataLimitRange< int8_t >

using	flxDataLimitRangeInt16 = flxDataLimitRange< int16_t >

using	flxDataLimitRangeInt32 = flxDataLimitRange< int32_t >

using	flxDataLimitRangeUInt8 = flxDataLimitRange< uint8_t >

using	flxDataLimitRangeUInt16 = flxDataLimitRange< uint16_t >

using	flxDataLimitRangeUInt32 = flxDataLimitRange< uint32_t >

using	flxDataLimitRangeFloat = flxDataLimitRange< float >

using	flxDataLimitRangeDouble = flxDataLimitRange< double >

using	flxDataLimitSetInt8 = flxDataLimitSetType< int8_t >

using	flxDataLimitSetInt16 = flxDataLimitSetType< int16_t >

using	flxDataLimitSetInt32 = flxDataLimitSetType< int32_t >

using	flxDataLimitSetUInt8 = flxDataLimitSetType< uint8_t >

using	flxDataLimitSetUInt16 = flxDataLimitSetType< uint16_t >

using	flxDataLimitSetUInt32 = flxDataLimitSetType< uint32_t >

using	flxDataLimitSetFloat = flxDataLimitSetType< float >

using	flxDataLimitSetDouble = flxDataLimitSetType< double >

using	flxDataLimitSetString = flxDataLimitSetType< std::string >

typedef uint32_t	flxTypeID

Enumerations
enum	flxDataType_t : std::uint8_t { flxTypeNone = 0x00 , flxTypeBool = 0x0A , flxTypeInt8 = 0x11 , flxTypeUInt8 = 0x01 , flxTypeInt16 = 0x12 , flxTypeUInt16 = 0x02 , flxTypeInt32 = 0x14 , flxTypeUInt32 = 0x04 , flxTypeFloat = 0x24 , flxTypeDouble = 0x28 , flxTypeString = 0x21 }
	Enumeration of data types - used throughout the framework. More...

enum	flxDataLimit_t { flxDataLimitTypeNone = 0 , flxDataLimitTypeRange , flxDataLimitTypeSet }

Functions
template<typename T , typename std::enable_if< std::is_integral< T >::value, void * >::type = nullptr>
constexpr flxDataType_t	flxGetTypeOf ()

template<typename T >
constexpr flxDataType_t	flxGetTypeOf (const T &)

const char *	flxGetTypeName (flxDataType_t type)
	Return the name of the data type as a constant string. More...

template<typename T >
flxTypeID	flxGetClassTypeID ()

Variables
const flxDataType_t	flxDataTypeArray []

Macro Definition Documentation

◆ kflxTypeIDNone

#define kflxTypeIDNone 0

Typedef Documentation

◆ flxDataArrayBool

using flxDataArrayBool = flxDataArrayType<bool>

A boolean array class.

◆ flxDataArrayDouble

using flxDataArrayDouble = flxDataArrayType<double>

A double array class.

◆ flxDataArrayFloat

using flxDataArrayFloat = flxDataArrayType<float>

A float array class.

◆ flxDataArrayInt16

using flxDataArrayInt16 = flxDataArrayType<int16_t>

An int16_t array class.

◆ flxDataArrayInt32

using flxDataArrayInt32 = flxDataArrayType<int32_t>

An int32_t array class.

◆ flxDataArrayInt8

using flxDataArrayInt8 = flxDataArrayType<int8_t>

An int8_t array class.

◆ flxDataArrayUInt16

using flxDataArrayUInt16 = flxDataArrayType<uint16_t>

A uint16_t array class.

◆ flxDataArrayUInt32

using flxDataArrayUInt32 = flxDataArrayType<uint32_t>

A uint32_t array class.

◆ flxDataArrayUInt8

using flxDataArrayUInt8 = flxDataArrayType<uint8_t>

A uint8_t array class.

◆ flxDataLimitList

using flxDataLimitList = std::vector<flxDataLimitDesc>

◆ flxDataLimitRangeDouble

using flxDataLimitRangeDouble = flxDataLimitRange<double>

◆ flxDataLimitRangeFloat

using flxDataLimitRangeFloat = flxDataLimitRange<float>

◆ flxDataLimitRangeInt16

using flxDataLimitRangeInt16 = flxDataLimitRange<int16_t>

◆ flxDataLimitRangeInt32

using flxDataLimitRangeInt32 = flxDataLimitRange<int32_t>

◆ flxDataLimitRangeInt8

using flxDataLimitRangeInt8 = flxDataLimitRange<int8_t>

◆ flxDataLimitRangeUInt16

using flxDataLimitRangeUInt16 = flxDataLimitRange<uint16_t>

◆ flxDataLimitRangeUInt32

using flxDataLimitRangeUInt32 = flxDataLimitRange<uint32_t>

◆ flxDataLimitRangeUInt8

using flxDataLimitRangeUInt8 = flxDataLimitRange<uint8_t>

◆ flxDataLimitSetDouble

using flxDataLimitSetDouble = flxDataLimitSetType<double>

◆ flxDataLimitSetFloat

using flxDataLimitSetFloat = flxDataLimitSetType<float>

◆ flxDataLimitSetInt16

using flxDataLimitSetInt16 = flxDataLimitSetType<int16_t>

◆ flxDataLimitSetInt32

using flxDataLimitSetInt32 = flxDataLimitSetType<int32_t>

◆ flxDataLimitSetInt8

using flxDataLimitSetInt8 = flxDataLimitSetType<int8_t>

◆ flxDataLimitSetString

using flxDataLimitSetString = flxDataLimitSetType<std::string>

◆ flxDataLimitSetUInt16

using flxDataLimitSetUInt16 = flxDataLimitSetType<uint16_t>

◆ flxDataLimitSetUInt32

using flxDataLimitSetUInt32 = flxDataLimitSetType<uint32_t>

◆ flxDataLimitSetUInt8

using flxDataLimitSetUInt8 = flxDataLimitSetType<uint8_t>

◆ flxTypeID

typedef uint32_t flxTypeID

Enumeration Type Documentation

◆ flxDataLimit_t

enum flxDataLimit_t

Enumerator
flxDataLimitTypeNone
flxDataLimitTypeRange
flxDataLimitTypeSet

◆ flxDataType_t

enum flxDataType_t : std::uint8_t

Enumeration of data types - used throughout the framework.

Note: : The number used for the datatype codes is based on the sizeof() value and other attributes determined at compile time.

This is something picked up from the NVS system of esp32 - solid hack.

Enumerator
flxTypeNone
flxTypeBool
flxTypeInt8
flxTypeUInt8
flxTypeInt16
flxTypeUInt16
flxTypeInt32
flxTypeUInt32
flxTypeFloat
flxTypeDouble
flxTypeString

Function Documentation

◆ flxGetClassTypeID()

template<typename T >

flxTypeID flxGetClassTypeID ( )

◆ flxGetTypeName()

const char * flxGetTypeName ( flxDataType_t type )

Return the name of the data type as a constant string.

Parameters

type	The datatype to get the name of.

Returns: const char*

◆ flxGetTypeOf() [1/2]

template<typename T , typename std::enable_if< std::is_integral< T >::value, void * >::type = nullptr>

constexpr flxDataType_t flxGetTypeOf ( )

constexpr

◆ flxGetTypeOf() [2/2]