Class that stores state and functions for interacting with seesaw helper IC. More...

#include <Adafruit_seesaw.h>

Inheritance diagram for Adafruit_seesaw:

Classes
union	sercom_inten

Public Member Functions
	Adafruit_seesaw (TwoWire *Wi=NULL)
	Create a seesaw object on a given I2C bus. More...

bool	begin (uint8_t addr=SEESAW_ADDRESS, int8_t flow=-1, bool reset=true)
	Start the seesaw. More...

uint32_t	getOptions ()
	Returns the available options compiled into the seesaw firmware. More...

uint32_t	getVersion ()
	Returns the version of the seesaw. More...

bool	getProdDatecode (uint16_t pid, uint8_t year, uint8_t mon, uint8_t day)
	Returns the version of the seesaw. More...

bool	SWReset ()
	perform a software reset. This resets all seesaw registers to their default values. This is called automatically from Adafruit_seesaw.begin() More...

void	pinMode (uint8_t pin, uint8_t mode)
	Set the mode of a GPIO pin. More...

void	pinModeBulk (uint32_t pins, uint8_t mode)
	set the mode of multiple GPIO pins at once. More...

void	pinModeBulk (uint32_t pinsa, uint32_t pinsb, uint8_t mode)
	set the mode of multiple GPIO pins at once. This supports both ports A and B. More...

virtual void	analogWrite (uint8_t pin, uint16_t value, uint8_t width=8)
	write a PWM value to a PWM-enabled pin More...

void	digitalWrite (uint8_t pin, uint8_t value)
	Set the output of a GPIO pin. More...

void	digitalWriteBulk (uint32_t port_values)
	write the entire GPIO port at once. More...

void	digitalWriteBulk (uint32_t pins, uint8_t value)
	write a value to multiple GPIO pins at once. More...

void	digitalWriteBulk (uint32_t pinsa, uint32_t pinsb, uint8_t value)
	write a value to multiple GPIO pins at once. This supports both ports A and B More...

bool	digitalRead (uint8_t pin)
	Read the current status of a GPIO pin. More...

uint32_t	digitalReadBulk (uint32_t pins)
	read the status of multiple pins on port A. More...

uint32_t	digitalReadBulkB (uint32_t pins)
	read the status of multiple pins on port B. More...

void	setGPIOInterrupts (uint32_t pins, bool enabled)
	Enable or disable GPIO interrupts on the passed pins. More...

virtual uint16_t	analogRead (uint8_t pin)
	read the analog value on an ADC-enabled pin. More...

uint16_t	touchRead (uint8_t pin)
	read the analog value on an capacitive touch-enabled pin. More...

virtual void	setPWMFreq (uint8_t pin, uint16_t freq)
	set the PWM frequency of a PWM-enabled pin. Note that on SAMD09, SAMD11 boards the frequency will be mapped to closest match fixed frequencies. Also note that PWM pins 4 and 5 share a timer, and PWM pins 6 and 7 share a timer. Changing the frequency for one pin will change the frequency for the other pin that is on the timer. More...

void	enableSercomDataRdyInterrupt (uint8_t sercom=0)
	Enable the data ready interrupt on the passed sercom. Note that both the interrupt module and the passed sercom must be compiled into the seesaw firmware for this to function. If both of these things are true, the interrupt pin on the seesaw will fire when there is data to be read from the passed sercom. On the default seesaw firmeare on the SAMD09 breakout, no sercoms are enabled. More...

void	disableSercomDataRdyInterrupt (uint8_t sercom=0)
	Disable the data ready interrupt on the passed sercom. More...

char	readSercomData (uint8_t sercom=0)
	Reads a character from the passed sercom if one is available. Note that on the default seesaw firmware on the SAMD09 breakout no sercoms are enabled. More...

void	EEPROMWrite8 (uint8_t addr, uint8_t val)
	Write a 1 byte to an EEPROM address. More...

void	EEPROMWrite (uint8_t addr, uint8_t *buf, uint8_t size)
	write a string of bytes to EEPROM starting at the passed address More...

uint8_t	EEPROMRead8 (uint8_t addr)
	Read 1 byte from the specified EEPROM address. More...

void	setI2CAddr (uint8_t addr)
	Set the seesaw I2C address. This will automatically call Adafruit_seesaw.begin() with the new address. More...

uint8_t	getI2CAddr ()
	Read the I2C address of the seesaw. More...

void	UARTSetBaud (uint32_t baud)
	Set the baud rate on SERCOM0. More...

void	setKeypadEvent (uint8_t key, uint8_t edge, bool enable=true)
	activate or deactivate a key and edge on the keypad module More...

void	enableKeypadInterrupt ()
	enable the keypad interrupt that fires when events are in the fifo.

void	disableKeypadInterrupt ()
	disable the keypad interrupt that fires when events are in the fifo.

uint8_t	getKeypadCount ()
	Get the number of events currently in the fifo. More...

bool	readKeypad (keyEventRaw *buf, uint8_t count)
	Read all keyEvents into the passed buffer. More...

float	getTemp ()
	Read the temperature of the seesaw board in degrees Celsius. NOTE: not all seesaw firmwares have the temperature sensor enabled. More...

int32_t	getEncoderPosition (uint8_t encoder=0)
	Read the current position of the encoder. More...

int32_t	getEncoderDelta (uint8_t encoder=0)
	Read the change in encoder position since it was last read. More...

bool	enableEncoderInterrupt (uint8_t encoder=0)
	Enable the interrupt to fire when the encoder changes position. More...

bool	disableEncoderInterrupt (uint8_t encoder=0)
	Disable the interrupt from firing when the encoder changes position. More...

void	setEncoderPosition (int32_t pos, uint8_t encoder=0)
	Set the current position of the encoder. More...

virtual size_t	write (uint8_t)
	The print wrapper for the seesaw class. Calling this allows you to use ss.print() or ss.println() and write to the UART on SERCOM0 of the seesaw. Note that this functionality is only available when the UART (sercom) module is compiled into the seesaw firmware. On the default seesaw firmware on the SAMD09 breakout this functionality is not available. More...

virtual size_t	write (const char *str)
	The print wrapper for the seesaw class allowing the user to print a string. Calling this allows you to use ss.print() or ss.println() and write to the UART on SERCOM0 of the seesaw. Note that this functionality is only available when the UART (sercom) module is compiled into the seesaw firmware. On the default seesaw firmware on the SAMD09 breakout this functionality is not available. More...

Protected Member Functions
uint8_t	getI2CaddrEEPROMloc ()
	Return the EEPROM address used to store I2C address. More...

bool	write8 (byte regHigh, byte regLow, byte value)
	Write 1 byte to the specified seesaw register. More...

uint8_t	read8 (byte regHigh, byte regLow, uint16_t delay=250)
	read 1 byte from the specified seesaw register. More...

bool	read (uint8_t regHigh, uint8_t regLow, uint8_t *buf, uint8_t num, uint16_t delay=250)
	Read a specified number of bytes into a buffer from the seesaw. More...

bool	write (uint8_t regHigh, uint8_t regLow, uint8_t *buf, uint8_t num)
	Write a specified number of bytes to the seesaw from the passed buffer. More...

Protected Attributes
TwoWire *	_i2cbus

Adafruit_I2CDevice *	_i2c_dev = NULL
	The BusIO device for I2C control.

int8_t	_flow

uint8_t	_hardwaretype = 0

sercom_inten	_sercom_inten
	sercom interrupt enable register instance

Detailed Description

Class that stores state and functions for interacting with seesaw helper IC.

Constructor & Destructor Documentation

◆ Adafruit_seesaw()

Adafruit_seesaw::Adafruit_seesaw ( TwoWire * i2c_bus = NULL )

Create a seesaw object on a given I2C bus.

Parameters

i2c_bus the I2C bus connected to the seesaw, defaults to "Wire"

Member Function Documentation

◆ begin()

bool Adafruit_seesaw::begin	(	uint8_t	addr = `SEESAW_ADDRESS`,
		int8_t	flow = `-1`,
		bool	reset = `true`
	)

Start the seesaw.

This should be called when your sketch is connecting to the seesaw

Parameters

addr	the I2C address of the seesaw
flow	the flow control pin to use
reset	pass true to reset the seesaw on startup. Defaults to true.

Returns: true if we could connect to the seesaw, false otherwise

◆ getOptions()

uint32_t Adafruit_seesaw::getOptions ( )

Returns the available options compiled into the seesaw firmware.

Returns: the available options compiled into the seesaw firmware. If the option is included, the corresponding bit is set. For example, if the ADC module is compiled in then (ss.getOptions() & (1UL << SEESAW_ADC_BASE)) > 0

◆ getVersion()

uint32_t Adafruit_seesaw::getVersion ( )

Returns the version of the seesaw.

Returns: The version code. Bits [31:16] will be a date code, [15:0] will be the product id.

◆ getProdDatecode()

bool Adafruit_seesaw::getProdDatecode	(	uint16_t *	pid,
		uint8_t *	year,
		uint8_t *	mon,
		uint8_t *	day
	)

Returns the version of the seesaw.

Parameters

pid	Pointer to uint16_t for product code result.
year	Pointer to uint8_t for date code year result.
mon	Pointer to uint8_t for date code month result.
day	Pointer to uint8_t for date code day result.

Returns: Always returns true.

◆ SWReset()

bool Adafruit_seesaw::SWReset ( )

perform a software reset. This resets all seesaw registers to their default values. This is called automatically from Adafruit_seesaw.begin()

Returns: True on I2C write success, false otherwise

◆ pinMode()

void Adafruit_seesaw::pinMode	(	uint8_t	pin,
		uint8_t	mode
	)

Set the mode of a GPIO pin.

Parameters

pin	the pin number. On the SAMD09 breakout, this corresponds to the number on the silkscreen.
mode	the mode to set the pin. One of INPUT, OUTPUT, or INPUT_PULLUP.

◆ pinModeBulk() [1/2]

void Adafruit_seesaw::pinModeBulk	(	uint32_t	pins,
		uint8_t	mode
	)

set the mode of multiple GPIO pins at once.

Parameters

pins	a bitmask of the pins to write. On the SAMD09 breakout, this corresponds to the number on the silkscreen. For example, passing 0b0110 will set the mode of pins 2 and 3.
mode	the mode to set the pins to. One of INPUT, OUTPUT, or INPUT_PULLUP.

◆ pinModeBulk() [2/2]

void Adafruit_seesaw::pinModeBulk	(	uint32_t	pinsa,
		uint32_t	pinsb,
		uint8_t	mode
	)

set the mode of multiple GPIO pins at once. This supports both ports A and B.

Parameters

pinsa	a bitmask of the pins to write on port A. On the SAMD09 breakout, this corresponds to the number on the silkscreen. For example, passing 0b0110 will set the mode of pins 2 and 3.
pinsb	a bitmask of the pins to write on port B.
mode	the mode to set the pins to. One of INPUT, OUTPUT, or INPUT_PULLUP.

◆ analogWrite()

void Adafruit_seesaw::analogWrite	(	uint8_t	pin,
		uint16_t	value,
		uint8_t	width = `8`
	)

virtual

write a PWM value to a PWM-enabled pin

Parameters

pin	the number of the pin to write. On the SAMD09 breakout, this corresponds to the number on the silkscreen. on the default seesaw firmware on the SAMD09 breakout, pins 5, 6, and 7 are PWM enabled.
value	the value to write to the pin
width	the width of the value to write. Defaults to 8. If 16 is passed a 16 bit value will be written.

Reimplemented in Adafruit_Crickit.

◆ digitalWrite()

void Adafruit_seesaw::digitalWrite	(	uint8_t	pin,
		uint8_t	value
	)

Set the output of a GPIO pin.

Parameters

pin	the pin number. On the SAMD09 breakout, this corresponds to the number on the silkscreen.
value	the value to write to the GPIO pin. This should be HIGH or LOW.

◆ digitalWriteBulk() [1/3]

void Adafruit_seesaw::digitalWriteBulk ( uint32_t port_values )

write the entire GPIO port at once.

Parameters

port_values The up-to-32 values to write to the pins, doesn't set direction used for bulk writing quickly all valid pins

◆ digitalWriteBulk() [2/3]

void Adafruit_seesaw::digitalWriteBulk	(	uint32_t	pins,
		uint8_t	value
	)

write a value to multiple GPIO pins at once.

Parameters

pins	a bitmask of the pins to write. On the SAMD09 breakout, this corresponds to the number on the silkscreen. For example, passing 0b0110 will write the passed value to pins 2 and 3.
value	pass HIGH to set the output on the passed pins to HIGH, low to set the output on the passed pins to LOW.

◆ digitalWriteBulk() [3/3]

void Adafruit_seesaw::digitalWriteBulk	(	uint32_t	pinsa,
		uint32_t	pinsb,
		uint8_t	value
	)

write a value to multiple GPIO pins at once. This supports both ports A and B

Parameters

pinsa	a bitmask of the pins to write on port A. On the SAMD09 breakout, this corresponds to the number on the silkscreen. For example, passing 0b0110 will write the passed value to pins 2 and 3.
pinsb	a bitmask of the pins to write on port B.
value	pass HIGH to set the output on the passed pins to HIGH, low to set the output on the passed pins to LOW.

◆ digitalRead()

bool Adafruit_seesaw::digitalRead ( uint8_t pin )

Read the current status of a GPIO pin.

Parameters

pin	the pin number. On the SAMD09 breakout, this corresponds to the number on the silkscreen.

Returns: the status of the pin. HIGH or LOW (1 or 0).

◆ digitalReadBulk()

uint32_t Adafruit_seesaw::digitalReadBulk ( uint32_t pins )

read the status of multiple pins on port A.

Parameters

pins	a bitmask of the pins to write. On the SAMD09 breakout, this corresponds to the number on the silkscreen. For example, passing 0b0110 will return the values of pins 2 and 3.

Returns: the status of the passed pins. If 0b0110 was passed and pin 2 is high and pin 3 is low, 0b0010 (decimal number 2) will be returned.

◆ digitalReadBulkB()

uint32_t Adafruit_seesaw::digitalReadBulkB ( uint32_t pins )

read the status of multiple pins on port B.

Parameters

pins	a bitmask of the pins to write.

Returns: the status of the passed pins. If 0b0110 was passed and pin 2 is high and pin 3 is low, 0b0010 (decimal number 2) will be returned.

◆ setGPIOInterrupts()

void Adafruit_seesaw::setGPIOInterrupts	(	uint32_t	pins,
		bool	enabled
	)

Enable or disable GPIO interrupts on the passed pins.

Parameters

pins	a bitmask of the pins to write. On the SAMD09 breakout, this corresponds to the number on the silkscreen. For example, passing 0b0110 will enable or disable interrups on pins 2 and 3.
enabled	pass true to enable the interrupts on the passed pins, false to disable the interrupts on the passed pins.

◆ analogRead()

uint16_t Adafruit_seesaw::analogRead ( uint8_t pin )

virtual

read the analog value on an ADC-enabled pin.

Parameters

pin	the number of the pin to read. On the SAMD09 breakout, this corresponds to the number on the silkscreen. On the default seesaw firmware on the SAMD09 breakout, pins 2, 3, and 4 are ADC-enabled.

Returns: the analog value. This is an integer between 0 and 1023

Reimplemented in Adafruit_Crickit.

◆ touchRead()

uint16_t Adafruit_seesaw::touchRead ( uint8_t pin )

read the analog value on an capacitive touch-enabled pin.

Parameters

pin	the number of the pin to read.

Returns: the analog value. This is an integer between 0 and 1023

◆ setPWMFreq()

void Adafruit_seesaw::setPWMFreq	(	uint8_t	pin,
		uint16_t	freq
	)

virtual

set the PWM frequency of a PWM-enabled pin. Note that on SAMD09, SAMD11 boards the frequency will be mapped to closest match fixed frequencies. Also note that PWM pins 4 and 5 share a timer, and PWM pins 6 and 7 share a timer. Changing the frequency for one pin will change the frequency for the other pin that is on the timer.

Parameters

pin	the number of the pin to change frequency of. On the SAMD09 breakout, this corresponds to the number on the silkscreen. on the default seesaw firmware on the SAMD09 breakout, pins 5, 6, and 7 are PWM enabled.
freq	the frequency to set.

Reimplemented in Adafruit_Crickit.

◆ enableSercomDataRdyInterrupt()

void Adafruit_seesaw::enableSercomDataRdyInterrupt ( uint8_t sercom = 0 )

Enable the data ready interrupt on the passed sercom. Note that both the interrupt module and the passed sercom must be compiled into the seesaw firmware for this to function. If both of these things are true, the interrupt pin on the seesaw will fire when there is data to be read from the passed sercom. On the default seesaw firmeare on the SAMD09 breakout, no sercoms are enabled.

Parameters

sercom the sercom to enable the interrupt on.

◆ disableSercomDataRdyInterrupt()

void Adafruit_seesaw::disableSercomDataRdyInterrupt ( uint8_t sercom = 0 )

Disable the data ready interrupt on the passed sercom.

Parameters

sercom the sercom to disable the interrupt on.

◆ readSercomData()

char Adafruit_seesaw::readSercomData ( uint8_t sercom = 0 )

Reads a character from the passed sercom if one is available. Note that on the default seesaw firmware on the SAMD09 breakout no sercoms are enabled.

Parameters

sercom the sercom to read data from.

Returns: One byte of data

◆ EEPROMWrite8()

void Adafruit_seesaw::EEPROMWrite8	(	uint8_t	addr,
		uint8_t	val
	)

Write a 1 byte to an EEPROM address.

Parameters

addr	the address to write to. On the default seesaw firmware on the SAMD09 breakout this is between 0 and 63.
val	to write between 0 and 255

◆ EEPROMWrite()

void Adafruit_seesaw::EEPROMWrite	(	uint8_t	addr,
		uint8_t *	buf,
		uint8_t	size
	)

write a string of bytes to EEPROM starting at the passed address

Parameters

addr	the starting address to write the first byte. This will be automatically incremented with each byte written.
buf	the buffer of bytes to be written.
size	the number of bytes to write. Writing past the end of available EEPROM may result in undefined behavior.

◆ EEPROMRead8()

uint8_t Adafruit_seesaw::EEPROMRead8 ( uint8_t addr )

Read 1 byte from the specified EEPROM address.

Parameters

addr	the address to read from. One the default seesaw firmware on the SAMD09 breakout this is between 0 and 63.

Returns: the value between 0 and 255 that was read from the passed address.

◆ setI2CAddr()

void Adafruit_seesaw::setI2CAddr ( uint8_t addr )

Set the seesaw I2C address. This will automatically call Adafruit_seesaw.begin() with the new address.

Parameters

addr	the new address for the seesaw. This must be a valid 7 bit I2C address.

◆ getI2CAddr()

uint8_t Adafruit_seesaw::getI2CAddr ( )

Read the I2C address of the seesaw.

Returns: the 7 bit I2C address of the seesaw... which you probably already know because you just read data from it.

◆ UARTSetBaud()

void Adafruit_seesaw::UARTSetBaud ( uint32_t baud )

Set the baud rate on SERCOM0.

Parameters

baud	the baud rate to set. This is an integer value. Baud rates up to 115200 are supported.

◆ setKeypadEvent()

void Adafruit_seesaw::setKeypadEvent	(	uint8_t	key,
		uint8_t	edge,
		bool	enable = `true`
	)

activate or deactivate a key and edge on the keypad module

Parameters

key	the key number to activate
edge	the edge to trigger on
enable	passing true will enable the passed event, passing false will disable it.

◆ getKeypadCount()

uint8_t Adafruit_seesaw::getKeypadCount ( )

Get the number of events currently in the fifo.

Returns: the number of events in the fifo

◆ readKeypad()

bool Adafruit_seesaw::readKeypad	(	keyEventRaw *	buf,
		uint8_t	count
	)

Read all keyEvents into the passed buffer.

Parameters

buf	pointer to where the keyEvents should be stored
count	the number of events to read

Returns: True on I2C read success

◆ getTemp()

float Adafruit_seesaw::getTemp ( )

Read the temperature of the seesaw board in degrees Celsius. NOTE: not all seesaw firmwares have the temperature sensor enabled.

Returns: Temperature in degrees Celsius as a floating point value.

◆ getEncoderPosition()

int32_t Adafruit_seesaw::getEncoderPosition ( uint8_t encoder = 0 )

Read the current position of the encoder.

Parameters

encoder Which encoder to use, defaults to 0

Returns: The encoder position as a 32 bit signed integer.

◆ getEncoderDelta()

int32_t Adafruit_seesaw::getEncoderDelta ( uint8_t encoder = 0 )

Read the change in encoder position since it was last read.

Parameters

encoder Which encoder to use, defaults to 0

Returns: The encoder change as a 32 bit signed integer.

◆ enableEncoderInterrupt()

bool Adafruit_seesaw::enableEncoderInterrupt ( uint8_t encoder = 0 )

Enable the interrupt to fire when the encoder changes position.

Parameters

encoder Which encoder to use, defaults to 0

Returns: True on I2C write success

◆ disableEncoderInterrupt()

bool Adafruit_seesaw::disableEncoderInterrupt ( uint8_t encoder = 0 )

Disable the interrupt from firing when the encoder changes position.

Parameters

encoder Which encoder to use, defaults to 0

Returns: True on I2C write success

◆ setEncoderPosition()

void Adafruit_seesaw::setEncoderPosition	(	int32_t	pos,
		uint8_t	encoder = `0`
	)

Set the current position of the encoder.

Parameters

encoder	Which encoder to use, defaults to 0
pos	the position to set the encoder to.

◆ write() [1/3]

size_t Adafruit_seesaw::write ( uint8_t character )

virtual

The print wrapper for the seesaw class. Calling this allows you to use ss.print() or ss.println() and write to the UART on SERCOM0 of the seesaw. Note that this functionality is only available when the UART (sercom) module is compiled into the seesaw firmware. On the default seesaw firmware on the SAMD09 breakout this functionality is not available.

Parameters

character the character to write.

Returns: The number of bytes written (1)

◆ write() [2/3]

size_t Adafruit_seesaw::write ( const char * str )

virtual

The print wrapper for the seesaw class allowing the user to print a string. Calling this allows you to use ss.print() or ss.println() and write to the UART on SERCOM0 of the seesaw. Note that this functionality is only available when the UART (sercom) module is compiled into the seesaw firmware. On the default seesaw firmware on the SAMD09 breakout this functionality is not available.

Parameters

str	the string to write

Returns: number of bytes written (not including trailing 0)

◆ getI2CaddrEEPROMloc()

uint8_t Adafruit_seesaw::getI2CaddrEEPROMloc ( )

protected

Return the EEPROM address used to store I2C address.

Returns: the EEPROM address location

◆ write8()

bool Adafruit_seesaw::write8	(	byte	regHigh,
		byte	regLow,
		byte	value
	)

protected

Write 1 byte to the specified seesaw register.

Parameters

regHigh	the module address register (ex. SEESAW_NEOPIXEL_BASE)
regLow	the function address register (ex. SEESAW_NEOPIXEL_PIN)
value	the value between 0 and 255 to write

Returns: True on I2C write success

◆ read8()

uint8_t Adafruit_seesaw::read8	(	byte	regHigh,
		byte	regLow,
		uint16_t	delay = `250`
	)

protected

read 1 byte from the specified seesaw register.

Parameters

regHigh	the module address register (ex. SEESAW_STATUS_BASE)
regLow	the function address register (ex. SEESAW_STATUS_VERSION)
delay	a number of microseconds to delay before reading out the data. Different delay values may be necessary to ensure the seesaw chip has time to process the requested data. Defaults to 125.

Returns: the value between 0 and 255 read from the passed register

◆ read()

bool Adafruit_seesaw::read	(	uint8_t	regHigh,
		uint8_t	regLow,
		uint8_t *	buf,
		uint8_t	num,
		uint16_t	delay = `250`
	)

protected

Read a specified number of bytes into a buffer from the seesaw.

Parameters

regHigh	the module address register (ex. SEESAW_STATUS_BASE)
regLow	the function address register (ex. SEESAW_STATUS_VERSION)
buf	the buffer to read the bytes into
num	the number of bytes to read.
delay	an optional delay in between setting the read register and reading out the data. This is required for some seesaw functions (ex. reading ADC data)

Returns: True on I2C read success

◆ write() [3/3]

bool Adafruit_seesaw::write	(	uint8_t	regHigh,
		uint8_t	regLow,
		uint8_t *	buf = `NULL`,
		uint8_t	num = `0`
	)

protected

Write a specified number of bytes to the seesaw from the passed buffer.

Parameters

regHigh	the module address register (ex. SEESAW_GPIO_BASE)
regLow	the function address register (ex. SEESAW_GPIO_BULK_SET)
buf	the buffer the the bytes from
num	the number of bytes to write.

Returns: True on I2C write success

Member Data Documentation

◆ _i2cbus

TwoWire* Adafruit_seesaw::_i2cbus

protected

The I2C Bus used to communicate with the seesaw

◆ _flow

int8_t Adafruit_seesaw::_flow

protected

The flow control pin to use

◆ _hardwaretype

uint8_t Adafruit_seesaw::_hardwaretype = 0

protected

what hardware type is attached!

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

Classes

Public Member Functions

Protected Member Functions

Protected Attributes

Detailed Description

Constructor & Destructor Documentation

◆ Adafruit_seesaw()

Member Function Documentation

◆ begin()

◆ getOptions()

◆ getVersion()

◆ getProdDatecode()

◆ SWReset()

◆ pinMode()

◆ pinModeBulk() [1/2]

◆ pinModeBulk() [2/2]

◆ analogWrite()

◆ digitalWrite()

◆ digitalWriteBulk() [1/3]

◆ digitalWriteBulk() [2/3]

◆ digitalWriteBulk() [3/3]

◆ digitalRead()

◆ digitalReadBulk()

◆ digitalReadBulkB()

◆ setGPIOInterrupts()

◆ analogRead()

◆ touchRead()

◆ setPWMFreq()

◆ enableSercomDataRdyInterrupt()

◆ disableSercomDataRdyInterrupt()

◆ readSercomData()

◆ EEPROMWrite8()

◆ EEPROMWrite()

◆ EEPROMRead8()

◆ setI2CAddr()

◆ getI2CAddr()

◆ UARTSetBaud()

◆ setKeypadEvent()

◆ getKeypadCount()

◆ readKeypad()

◆ getTemp()

◆ getEncoderPosition()

◆ getEncoderDelta()

◆ enableEncoderInterrupt()

◆ disableEncoderInterrupt()

◆ setEncoderPosition()

◆ write() [1/3]

◆ write() [2/3]

◆ getI2CaddrEEPROMloc()

◆ write8()

◆ read8()

◆ read()

◆ write() [3/3]

Member Data Documentation

◆ _i2cbus

◆ _flow

◆ _hardwaretype