This class emulates table storage. This table is created without dynamic allocation. Rows in table are represented by RowT. More...

#include <meshTables.h>

Inheritance diagram for MicroTable< RowT, RowsCount, IndexIsValue >:

[legend]

Collaboration diagram for MicroTable< RowT, RowsCount, IndexIsValue >:

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Public Member Functions
	MicroTable (const uint32_t rowLife)
	Constructor. More...

const RowT &	get (int16_t index) const
	Gets row from table by index. More...

RowT	get (int16_t index)
	Gets row from table by index. More...

const RowT &	operator[] (int16_t index) const
	Gets row from table by index. More...

RowT	operator[] (int16_t index)
	Gets row from table by index. More...

bool	set (int16_t index, const RowT &row)
	Sets row values in table. Row life time is set to maximum. More...

bool	set (int16_t index, const RowT &row, int16_t rawLifeTime_)
	Sets row values in table. More...

bool	remove (const RowT &rowRef)
	Removes first row, which is equal to rowRef. More...

bool	remove (int16_t index)
	Removes row at index. More...

void	clear ()
	Removes all rows data. More...

void	validate ()
	Decreases all valid column values in specified interval (row lifetime). If valid value is 0, row will not be longer valid. More...

bool	setRawRemainingLifeTime (int16_t index, uint8_t rawLifeTime_=255)
	Sets row life time. Valid counter for this rowcan be changed, only when row is still valid. More...

virtual int16_t	getIndexOf (const RowT &rowRef) const
	Gets index of row which is equal to rowRef. More...

int16_t	getFirstBlankRowIndex (int16_t startPos=0) const
	Gets index of first blank row. More...

int16_t	getOldestRowIndex () const
	Gets index of first oldest row. More...

bool	exists (int16_t index) const
	Checks if row at specified index exists in table. More...

bool	exists (const RowT &rowRef) const
	Checks if any row, which is equal to rowRef exists in table. More...

bool	isRowBlank (int16_t index) const
	Checks if row is blank or not. Row, that is not valid is blank. More...

int16_t	size () const
	Gets capacity of table in rows. More...

int16_t	count () const
	Gets number of used rows in buffer. More...

uint8_t	getMaxRowLifeTime () const
	Gets the maximum row life time in millisseconds. More...

int16_t	getRealUsedSize () const
	Gets real used count of rows in table. This value is calculated like this: last_used_row_index + 1. More...

template<class = typename std::enable_if<!IndexIsValue>::type>
uint8_t	getFragmentation () const
	Calculates fragmentation in %. Fragmentation is calculated like this: (getRealUsedSize() - count())/getRealUsedSize() More...

template<class = typename std::enable_if<!IndexIsValue>::type>
void	defragment ()
	Removes blank spaces between rows. Call this to speed up searching when buffer is fragmented. More...

uint32_t	getRowRemainingLifeTime (int16_t index) const
	Gets selected row's remaining life time in milliseconds. More...

uint8_t	getRawRowRemainingLifeTime (int16_t index) const
	Gets selected row's raw remaining life time. More...

uint32_t	getLifeTimeResolution () const
	Gets life time resolution in milliseconds. More...

uint8_t	convertLifeTimeToRaw (uint32_t lifeTime) const
	Converts life time in milliseconds to raw life time value. Value is rounded up. More...

uint32_t	convertRawToLifeTime (uint8_t rawLifeTime) const
	Converts raw life time value to life time in milliseconds. Value is aproximate. To get accurate result, use getRowRemainingLifeTime() method. More...

virtual size_t	getRawDataSize () const
	Calculates, how many bytes will be printed, when using command printRaw. More...

virtual size_t	printRaw (OSTREAM &stream, const char tableIdentifier[4]) const
	Prints raw table data through stream. Those data can be decoded in PC or in another MCU. More...

size_t	print (OSTREAM &stream, bool showIndexes=true, bool doNotPrintBlank=true, bool showRemainingRowLifetime=true) const
	Prints items from table to stream. More...

size_t	printTo (Print &p) const override
	Makes this class printable. More...

Protected Member Functions
virtual void	onCreate (int16_t index, const RowT &newValue, uint8_t newRawLifeTime)
	This method is called when valid row is set to blank space. It is called after count calculation is done, but before buffer is updated. More...

virtual void	onSet (int16_t index, const RowT &oldValue, uint8_t oldRawLifeTime, const RowT &newValue, uint8_t newRawLifeTime)
	This method is called when valid row is set to new value. It is called after count calculation is done, but before buffer is updated. More...

virtual void	onRemove (int16_t index, const RowT &oldValue, uint8_t oldRawLifeTime, bool removedByValidation=false)
	This method is called when valid row is removed. It is called after count calculation is done, but before buffer is updated. More...

virtual void	onClear ()
	This method is called when table is cleared. It is called after cleaning is done, so all variables are fresh. More...

virtual void	onRowLifeChanged (int16_t index, uint8_t old_raw, uint8_t new_raw)
	This method is called when table is cleared. It is called after cleaning is done, so all variables are fresh. More...

Protected Attributes
RowT	buffer [RowsCount]

uint8_t	lifeTime [RowsCount]

uint32_t	lastValidationTime = 0

int16_t	usedBufferSize = 0

int16_t	realUsedSize = 0

const uint32_t	ValidationInterval = 0

const uint32_t	RowLife = 0

Detailed Description

template<typename RowT, int16_t RowsCount, bool IndexIsValue = false>
class MicroTable< RowT, RowsCount, IndexIsValue >

This class emulates table storage. This table is created without dynamic allocation. Rows in table are represented by RowT.

Template parameters

RowT - row type RowsCount - maximum count of rows, table capacity IndexIsValue - True if index column is taken as value. Default is false. If set to true, defragmentation cannot be done and printRow() method will contain extra parameter, where index is copyied.

RowT requirements

RowT is class or struct
- Class has to contain method
  static size_t printHeader(OSTREAM& stream);
  
  Which prints header to stream. Each cell has to be separated by '|' character. Printed text cannot contain '
  ' or '\r' characters. Make sure, that cells has same width in each columns. Count of printed characters has to be returned.
- Class has to contain method if IndexIsValue == false
  size_t printRow(OSTREAM& stream) const;
  
  Which prints one row to stream. Each cell has to be separated by '|' character. Printed text cannot contain '
  ' or '\r' characters. Make sure, that cells has same width in each columns. Count of printed characters has to be returned.
- Class has to contain method if IndexIsValue == true
  size_t printRow(OSTREAM& stream, int16_t index) const;
  
  Which prints one row to stream. Each cell has to be separated by '|' character. Printed text cannot contain '
  ' or '\r' characters. Make sure, that cells has same width in each columns. Count of printed characters has to be returned. Parameter index will contain index of row, because index is here taken as value.
- Class can contain method
  void clear();
  
  Which clears structure data, when data has to be removed. This member function is called only if exists.
RowT is not class nor struct
- In that case, variable has to be printable to stream.

Constructor & Destructor Documentation

◆ MicroTable()

template<typename RowT , int16_t RowsCount, bool IndexIsValue = false>

MicroTable< RowT, RowsCount, IndexIsValue >::MicroTable ( const uint32_t rowLife )

inline

Constructor.

Parameters

rowLife Life time of each row in milliseconds. Value has to be higher than 0, but it is recommended to set value to higher than 100 seconds.

Member Function Documentation

◆ clear()

template<typename RowT , int16_t RowsCount, bool IndexIsValue = false>

void MicroTable< RowT, RowsCount, IndexIsValue >::clear ( )

inline

Removes all rows data.

◆ convertLifeTimeToRaw()

template<typename RowT , int16_t RowsCount, bool IndexIsValue = false>

uint8_t MicroTable< RowT, RowsCount, IndexIsValue >::convertLifeTimeToRaw ( uint32_t lifeTime ) const

inline

Converts life time in milliseconds to raw life time value. Value is rounded up.

Parameters

lifeTime Life time in milliseconds.

Returns: Returns raw life time value. Value from 0 to 255.

◆ convertRawToLifeTime()

template<typename RowT , int16_t RowsCount, bool IndexIsValue = false>

uint32_t MicroTable< RowT, RowsCount, IndexIsValue >::convertRawToLifeTime ( uint8_t rawLifeTime ) const

inline

Converts raw life time value to life time in milliseconds. Value is aproximate. To get accurate result, use getRowRemainingLifeTime() method.

Parameters

rawLifeTime Raw life time.

Returns: Returns converted life time value in milliseconds.

◆ count()

template<typename RowT , int16_t RowsCount, bool IndexIsValue = false>

int16_t MicroTable< RowT, RowsCount, IndexIsValue >::count ( ) const

inline

Gets number of used rows in buffer.

Returns: Returns number of used rows in buffer.

◆ defragment()

template<typename RowT , int16_t RowsCount, bool IndexIsValue = false>

template<class = typename std::enable_if<!IndexIsValue>::type>

void MicroTable< RowT, RowsCount, IndexIsValue >::defragment ( )

inline

Removes blank spaces between rows. Call this to speed up searching when buffer is fragmented.

◆ exists() [1/2]

template<typename RowT , int16_t RowsCount, bool IndexIsValue = false>

bool MicroTable< RowT, RowsCount, IndexIsValue >::exists ( const RowT & rowRef ) const

inline

Checks if any row, which is equal to rowRef exists in table.

Parameters

rowRef Reference to row, which will be compared with searched rows.

Returns: Returns true if any row, which is equal to rowRef exists in table.

◆ exists() [2/2]

template<typename RowT , int16_t RowsCount, bool IndexIsValue = false>

bool MicroTable< RowT, RowsCount, IndexIsValue >::exists ( int16_t index ) const

inline

Checks if row at specified index exists in table.

Parameters

index Index of row to check.

Returns: Returns true when row at specified index exists in table.

◆ get() [1/2]

template<typename RowT , int16_t RowsCount, bool IndexIsValue = false>

RowT MicroTable< RowT, RowsCount, IndexIsValue >::get ( int16_t index )

inline

Gets row from table by index.

Parameters

index Index of row. It's value cannot be greather or equal than RowCount.

Returns: Returns copy of row.

◆ get() [2/2]

template<typename RowT , int16_t RowsCount, bool IndexIsValue = false>

const RowT& MicroTable< RowT, RowsCount, IndexIsValue >::get ( int16_t index ) const

inline

Gets row from table by index.

Parameters

index Index of row. It's value cannot be greather or equal than RowCount.

Returns: Returns reference to row.

◆ getFirstBlankRowIndex()

template<typename RowT , int16_t RowsCount, bool IndexIsValue = false>

int16_t MicroTable< RowT, RowsCount, IndexIsValue >::getFirstBlankRowIndex ( int16_t startPos = 0 ) const

inline

Gets index of first blank row.

Parameters

startPos Position, where to start search.

Returns: Returns index of first blank row or -1 if table is full.

◆ getFragmentation()

template<typename RowT , int16_t RowsCount, bool IndexIsValue = false>

template<class = typename std::enable_if<!IndexIsValue>::type>

uint8_t MicroTable< RowT, RowsCount, IndexIsValue >::getFragmentation ( ) const

inline

Calculates fragmentation in %. Fragmentation is calculated like this: (getRealUsedSize() - count())/getRealUsedSize()

Returns: Returns fragmentation in %. Value is from 0 to 100.

◆ getIndexOf()

template<typename RowT , int16_t RowsCount, bool IndexIsValue = false>

virtual int16_t MicroTable< RowT, RowsCount, IndexIsValue >::getIndexOf ( const RowT & rowRef ) const

inlinevirtual

Gets index of row which is equal to rowRef.

Parameters

rowRef Reference to row, which will be compared with searched rows.

Returns: Returns index of row which is equal to rowRef.

◆ getLifeTimeResolution()

template<typename RowT , int16_t RowsCount, bool IndexIsValue = false>

uint32_t MicroTable< RowT, RowsCount, IndexIsValue >::getLifeTimeResolution ( ) const

inline

Gets life time resolution in milliseconds.

◆ getMaxRowLifeTime()

template<typename RowT , int16_t RowsCount, bool IndexIsValue = false>

uint8_t MicroTable< RowT, RowsCount, IndexIsValue >::getMaxRowLifeTime ( ) const

inline

Gets the maximum row life time in millisseconds.

Returns: Returns the maximum row life time in millisseconds.

◆ getOldestRowIndex()

template<typename RowT , int16_t RowsCount, bool IndexIsValue = false>

int16_t MicroTable< RowT, RowsCount, IndexIsValue >::getOldestRowIndex ( ) const

inline

Gets index of first oldest row.

Returns: Returns index of first oldest row or -1 if table is full.

◆ getRawDataSize()

template<typename RowT , int16_t RowsCount, bool IndexIsValue = false>

virtual size_t MicroTable< RowT, RowsCount, IndexIsValue >::getRawDataSize ( ) const

inlinevirtual

Calculates, how many bytes will be printed, when using command printRaw.

Returns: Returns how many bytes will be printed, when using command printRaw.

◆ getRawRowRemainingLifeTime()

template<typename RowT , int16_t RowsCount, bool IndexIsValue = false>

uint8_t MicroTable< RowT, RowsCount, IndexIsValue >::getRawRowRemainingLifeTime ( int16_t index ) const

inline

Gets selected row's raw remaining life time.

Parameters

index Index of row.

Returns: Returns raw life time. Value from 0 to 255.

◆ getRealUsedSize()

template<typename RowT , int16_t RowsCount, bool IndexIsValue = false>

int16_t MicroTable< RowT, RowsCount, IndexIsValue >::getRealUsedSize ( ) const

inline

Gets real used count of rows in table. This value is calculated like this: last_used_row_index + 1.

Returns: Returns real used count of rows in table or 0 when no row in table is used.

◆ getRowRemainingLifeTime()

template<typename RowT , int16_t RowsCount, bool IndexIsValue = false>

uint32_t MicroTable< RowT, RowsCount, IndexIsValue >::getRowRemainingLifeTime ( int16_t index ) const

inline

Gets selected row's remaining life time in milliseconds.

Parameters

index Index of row.

Returns: Returns selected row remaining life time in milliseconds.

◆ isRowBlank()

template<typename RowT , int16_t RowsCount, bool IndexIsValue = false>

bool MicroTable< RowT, RowsCount, IndexIsValue >::isRowBlank ( int16_t index ) const

inline

Checks if row is blank or not. Row, that is not valid is blank.

Parameters

index Index of row.

Returns: Returns if row is blank or not.

◆ onClear()

template<typename RowT , int16_t RowsCount, bool IndexIsValue = false>

virtual void MicroTable< RowT, RowsCount, IndexIsValue >::onClear ( )

inlineprotectedvirtual

This method is called when table is cleared. It is called after cleaning is done, so all variables are fresh.

Reimplemented in MeshRouteTable< BufferSize >, and MeshRouteTable< ROUTETABLE_SIZE >.

◆ onCreate()

template<typename RowT , int16_t RowsCount, bool IndexIsValue = false>

virtual void MicroTable< RowT, RowsCount, IndexIsValue >::onCreate	(	int16_t	index,
		const RowT &	newValue,
		uint8_t	newRawLifeTime
	)

inlineprotectedvirtual

This method is called when valid row is set to blank space. It is called after count calculation is done, but before buffer is updated.

Parameters

index	Index of row.
newValue	Reference to new value, to be inserted to row.
newRawLifeTime	New raw life time value.

Reimplemented in MeshRouteTable< BufferSize >, and MeshRouteTable< ROUTETABLE_SIZE >.

◆ onRemove()

template<typename RowT , int16_t RowsCount, bool IndexIsValue = false>

virtual void MicroTable< RowT, RowsCount, IndexIsValue >::onRemove	(	int16_t	index,
		const RowT &	oldValue,
		uint8_t	oldRawLifeTime,
		bool	removedByValidation = `false`
	)

inlineprotectedvirtual

This method is called when valid row is removed. It is called after count calculation is done, but before buffer is updated.

Parameters

index	Index of row.
oldValue	Reference to removed value.
oldRawLifeTime	Old raw life time value.
removedByValidation	True if item was removed by validation.

Reimplemented in MeshRouteTable< BufferSize >, MeshRouteTable< ROUTETABLE_SIZE >, MeshOIDTable< BufferSize >, and MeshOIDTable< OIDTABLE_SIZE >.

◆ onRowLifeChanged()

template<typename RowT , int16_t RowsCount, bool IndexIsValue = false>

virtual void MicroTable< RowT, RowsCount, IndexIsValue >::onRowLifeChanged	(	int16_t	index,
		uint8_t	old_raw,
		uint8_t	new_raw
	)

inlineprotectedvirtual

This method is called when table is cleared. It is called after cleaning is done, so all variables are fresh.

Parameters

index	Index of changed row.
old_raw	Old raw life time value (0-255).
new_raw	New raw life time value (0-255).

Reimplemented in MeshMACTable< BufferSize >.

◆ onSet()

template<typename RowT , int16_t RowsCount, bool IndexIsValue = false>

virtual void MicroTable< RowT, RowsCount, IndexIsValue >::onSet	(	int16_t	index,
		const RowT &	oldValue,
		uint8_t	oldRawLifeTime,
		const RowT &	newValue,
		uint8_t	newRawLifeTime
	)

inlineprotectedvirtual

This method is called when valid row is set to new value. It is called after count calculation is done, but before buffer is updated.

Parameters

index	Index of row.
oldValue	Reference to old value at index.
oldRawLifeTime	Old raw life time value.
newValue	Reference to new value, to be inserted to row.
newRawLifeTime	New raw life time value.

Reimplemented in MeshOIDTable< BufferSize >, and MeshOIDTable< OIDTABLE_SIZE >.

◆ operator[]() [1/2]

template<typename RowT , int16_t RowsCount, bool IndexIsValue = false>

RowT MicroTable< RowT, RowsCount, IndexIsValue >::operator[] ( int16_t index )

inline

Gets row from table by index.

Parameters

index Index of row. It's value cannot be greather or equal than RowCount.

Returns: Returns copy of row.

◆ operator[]() [2/2]

template<typename RowT , int16_t RowsCount, bool IndexIsValue = false>

const RowT& MicroTable< RowT, RowsCount, IndexIsValue >::operator[] ( int16_t index ) const

inline

Gets row from table by index.

Parameters

index Index of row. It's value cannot be greather or equal than RowCount.

Returns: Returns reference to row.

◆ print()

template<typename RowT , int16_t RowsCount, bool IndexIsValue = false>

size_t MicroTable< RowT, RowsCount, IndexIsValue >::print	(	OSTREAM &	stream,
		bool	showIndexes = `true`,
		bool	doNotPrintBlank = `true`,
		bool	showRemainingRowLifetime = `true`
	)		const

inline

Prints items from table to stream.

Parameters

stream	Stream, where data will be printed.
showIndexes	True to show indexes of items in printed table.
doNotPrintBlank	Do not print blank row (when valid == 0).
showRemainingRowLifetime	True to show remaining row lifetime or false to show Valid value only.

Returns: Returns number of printed characters.

◆ printRaw()

template<typename RowT , int16_t RowsCount, bool IndexIsValue = false>

virtual size_t MicroTable< RowT, RowsCount, IndexIsValue >::printRaw	(	OSTREAM &	stream,
		const char	tableIdentifier[4]
	)		const

inlinevirtual

Prints raw table data through stream. Those data can be decoded in PC or in another MCU.

Data structure

Byte	Data name
0:3	Table identifier
4:5	Maximum rows count. See size() method.
6:9	Maximum row lifetime in milliseconds.
10:13	Time elapsed from last validation in milliseconds.
14:15	Used rows count. See count() method.
(loop: i = 0)	Loop begin
16 + (i*sizeof(RowT+2))	Row's "i" index high byte
16 + (i*sizeof(RowT+2) + 1)	Row's "i" index low byte
16 + (i*sizeof(RowT+2) + 2)	Raw row value. Size of this value is sizeof(RowT)
16 + (i*sizeof(RowT+2) + x)	Another bytes reserved for raw row value, if sizeof(RowT) > 1

... | last byte in each loop | Row's "i" raw life time value (i <= used row count) | Loop end with condition - do while loop last 4 bytes | CRC-32 (excluded bytes 0:3)

Parameters

stream	Stream where to print raw data.
tableIdentifier	Table identifier, which consists of 3 characters.

Returns: Returns number of printed bytes.

◆ printTo()

template<typename RowT , int16_t RowsCount, bool IndexIsValue = false>

size_t MicroTable< RowT, RowsCount, IndexIsValue >::printTo ( Print & p ) const

inlineoverride

Makes this class printable.

Parameters

p	Stream, where to print data.

Returns: Returns number of printed characters.

◆ remove() [1/2]

template<typename RowT , int16_t RowsCount, bool IndexIsValue = false>

bool MicroTable< RowT, RowsCount, IndexIsValue >::remove ( const RowT & rowRef )

inline

Removes first row, which is equal to rowRef.

Parameters

rowRef Row reference.

Returns: Returns true when row was removed.

◆ remove() [2/2]

template<typename RowT , int16_t RowsCount, bool IndexIsValue = false>

bool MicroTable< RowT, RowsCount, IndexIsValue >::remove ( int16_t index )

inline

Removes row at index.

Parameters

index Index of row.

Returns: Returns true when row was removed.

◆ set() [1/2]

template<typename RowT , int16_t RowsCount, bool IndexIsValue = false>

bool MicroTable< RowT, RowsCount, IndexIsValue >::set	(	int16_t	index,
		const RowT &	row
	)

inline

Sets row values in table. Row life time is set to maximum.

Parameters

index	Index of row.
row	Row with values, that will be copied to specified row.

Returns: Returns true when row was set.

◆ set() [2/2]

template<typename RowT , int16_t RowsCount, bool IndexIsValue = false>

bool MicroTable< RowT, RowsCount, IndexIsValue >::set	(	int16_t	index,
		const RowT &	row,
		int16_t	rawLifeTime_
	)

inline

Sets row values in table.

Parameters

index	Index of row.
row	Row with values, that will be copied to specified row.
rawLifeTime_	Life time of row (255 max - set in constructor, 1 min, 0 clear). If set to -1, old value is kept.

Returns: Returns true when row was set.

◆ setRawRemainingLifeTime()

template<typename RowT , int16_t RowsCount, bool IndexIsValue = false>

bool MicroTable< RowT, RowsCount, IndexIsValue >::setRawRemainingLifeTime	(	int16_t	index,
		uint8_t	rawLifeTime_ = `255`
	)

inline

Sets row life time. Valid counter for this rowcan be changed, only when row is still valid.

Parameters

index	Index of row.
rawLifeTime_	New valid counter value (max 255, min 1)

Returns: Returns true when row's life time was set.

◆ size()

template<typename RowT , int16_t RowsCount, bool IndexIsValue = false>

int16_t MicroTable< RowT, RowsCount, IndexIsValue >::size ( ) const

inline

Gets capacity of table in rows.

Returns: Returns maximum number of rows in buffer.

◆ validate()

template<typename RowT , int16_t RowsCount, bool IndexIsValue = false>

void MicroTable< RowT, RowsCount, IndexIsValue >::validate ( )

inline

Decreases all valid column values in specified interval (row lifetime). If valid value is 0, row will not be longer valid.

Note: To achieve exact timing, call this method minimally 255 times (in almost exact intervals) per maximum row lifetime.

Field Documentation

◆ buffer

template<typename RowT , int16_t RowsCount, bool IndexIsValue = false>

RowT MicroTable< RowT, RowsCount, IndexIsValue >::buffer[RowsCount]

protected

◆ lastValidationTime

template<typename RowT , int16_t RowsCount, bool IndexIsValue = false>

uint32_t MicroTable< RowT, RowsCount, IndexIsValue >::lastValidationTime = 0

protected

◆ lifeTime

template<typename RowT , int16_t RowsCount, bool IndexIsValue = false>

uint8_t MicroTable< RowT, RowsCount, IndexIsValue >::lifeTime[RowsCount]

protected

◆ realUsedSize

template<typename RowT , int16_t RowsCount, bool IndexIsValue = false>

int16_t MicroTable< RowT, RowsCount, IndexIsValue >::realUsedSize = 0

protected

◆ RowLife

template<typename RowT , int16_t RowsCount, bool IndexIsValue = false>

const uint32_t MicroTable< RowT, RowsCount, IndexIsValue >::RowLife = 0

protected

◆ usedBufferSize

template<typename RowT , int16_t RowsCount, bool IndexIsValue = false>

int16_t MicroTable< RowT, RowsCount, IndexIsValue >::usedBufferSize = 0

protected

◆ ValidationInterval

template<typename RowT , int16_t RowsCount, bool IndexIsValue = false>

const uint32_t MicroTable< RowT, RowsCount, IndexIsValue >::ValidationInterval = 0

protected

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

Mesh/Inc/meshTables.h

Public Member Functions

Protected Member Functions

Protected Attributes

Detailed Description

template<typename RowT, int16_t RowsCount, bool IndexIsValue = false> class MicroTable< RowT, RowsCount, IndexIsValue >

Template parameters

RowT requirements

Constructor & Destructor Documentation

◆ MicroTable()

Member Function Documentation

◆ clear()

◆ convertLifeTimeToRaw()

◆ convertRawToLifeTime()

◆ count()

◆ defragment()

◆ exists() [1/2]

◆ exists() [2/2]

◆ get() [1/2]

◆ get() [2/2]

◆ getFirstBlankRowIndex()

◆ getFragmentation()

◆ getIndexOf()

◆ getLifeTimeResolution()

◆ getMaxRowLifeTime()

◆ getOldestRowIndex()

◆ getRawDataSize()

◆ getRawRowRemainingLifeTime()

◆ getRealUsedSize()

◆ getRowRemainingLifeTime()

◆ isRowBlank()

◆ onClear()

◆ onCreate()

◆ onRemove()

◆ onRowLifeChanged()

◆ onSet()

◆ operator[]() [1/2]

◆ operator[]() [2/2]

◆ print()

◆ printRaw()

Data structure

◆ printTo()

◆ remove() [1/2]

◆ remove() [2/2]

◆ set() [1/2]

◆ set() [2/2]

◆ setRawRemainingLifeTime()

◆ size()

◆ validate()

Field Documentation

◆ buffer

◆ lastValidationTime

◆ lifeTime

◆ realUsedSize

◆ RowLife

◆ usedBufferSize

◆ ValidationInterval

template<typename RowT, int16_t RowsCount, bool IndexIsValue = false>
class MicroTable< RowT, RowsCount, IndexIsValue >