NBuffer which uses some RTOS queues to manage the available and filled buffers. More...

Inheritance diagram for SynchronizedNBuffer< T >:

Public Member Functions
	SynchronizedNBuffer (int bufferSize, int bufferCount, int writeMaxWait=portMAX_DELAY, int readMaxWait=portMAX_DELAY)

T *	address ()
	returns the address of the start of the physical read buffer

int	available ()
	provides the number of entries that are available to read

int	availableForWrite ()
	provides the number of entries that are available to write

int	bufferCountEmpty ()

int	bufferCountFilled ()

void	clear ()
	same as reset

virtual int	clearArray (int len)
	Removes the next len entries.

bool	isEmpty ()

bool	isFull ()
	checks if the buffer is full

T	peek ()
	peeks the actual entry from the buffer

T	read ()
	reads a single value

virtual int	readArray (T data[], int len)
	reads multiple values

BaseBuffer< T > &	readEnd ()

int	readFrames (T data[][2], int len)
	reads multiple values for array of 2 dimensional frames

template<int rows, int channels>
int	readFrames (T(&data)[rows][channels])

void	reset ()
	clears the buffer

void	resize (int size, int count)

unsigned long	sampleRate ()

void	setReadMaxWait (TickType_t ticks)

void	setWriteMaxWait (TickType_t ticks)

size_t	size ()

bool	write (T data)
	write add an entry to the buffer

virtual int	writeArray (const T data[], int len)
	Fills the buffer data.

virtual int	writeArrayOverwrite (const T data[], int len)
	Fills the buffer data and overwrites the oldest data if the buffer is full.

BaseBuffer< T > &	writeEnd ()

Protected Member Functions
bool	addAvailableBuffer (BaseBuffer< T > *buffer)

bool	addFilledBuffer (BaseBuffer< T > *buffer)

void	freeMemory ()

BaseBuffer< T > *	getNextAvailableBuffer ()

BaseBuffer< T > *	getNextFilledBuffer ()

void	resetCurrent ()

void	setWritePos (int pos)

Protected Attributes
BaseBuffer< T > *	actual_read_buffer = nullptr

BaseBuffer< T > *	actual_write_buffer = nullptr

QueueRTOS< BaseBuffer< T > * >	available_buffers {0,portMAX_DELAY,0}

Vector< BaseBuffer< T > * >	avaliable_buffers

uint16_t	buffer_count = 0

int	buffer_size = 0

QueueRTOS< BaseBuffer< T > * >	filled_buffers {0,portMAX_DELAY,0}

size_t	max_size

friend	NBuffer< T >

unsigned long	sample_count = 0

unsigned long	start_time = 0

uint16_t	write_buffer_count = 0

Detailed Description

NBuffer which uses some RTOS queues to manage the available and filled buffers.

Template Parameters

T
COUNT	number of buffers

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

Public Member Functions