PAL

Collaboration diagram for PAL:

Data Structures
class	GPIOIno
class	TimerIno

Detailed Description

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Data Structure Documentation

GPIOIno

class GPIOIno

Inheritance diagram for GPIOIno:

Collaboration diagram for GPIOIno:

Public Types
Interrupt event
enum	IntEvent_t {   INT_FALLING_EDGE = 0 , INT_RISING_EDGE = 1 , INT_HIGH = 2 , INT_LOW = 3 ,   INT_CHANGE = 4 }
Voltage level
enum	VLevel_t { GPIO_LOW = 0 , GPIO_HIGH = 1 }
Voltage logic
enum	VLogic_t { NEGATIVE = 1 , POSITIVE = 2 }
Public Member Functions
	GPIOIno ()
	Constructor of the Arduino GPIO class. More...
	GPIOIno (uint8_t pin, uint8_t mode, VLogic_t logic)
	Constructor of the Arduino GPIO class. More...
	~GPIOIno ()
Error_t	init ()
	Initialize the GPIO. More...
Error_t	deinit ()
	Deinitialize the GPIO. More...
VLevel_t	read ()
	Read GPIO logic level. More...
Error_t	write (VLevel_t level)
	Set GPIO logic level. More...
Error_t	enable ()
	Enable the GPIO. More...
Error_t	disable ()
	Disable the GPIO. More...
Error_t	enableInt (void(*cback)(void), IntEvent_t mode)
	Enables the Arduino GPIO interrupt. More...
Error_t	disableInt ()
	Disables the Arduino GPIO interrupt. More...
IntEvent_t	intEvent ()
	Gets the latest Arduino interrupt event. More...

Constructor & Destructor Documentation

GPIOIno() [1/2]

GPIOIno::GPIOIno

(

)

Constructor of the Arduino GPIO class.

This function is setting the basics for a GPIO.

GPIOIno() [2/2]

GPIOIno::GPIOIno	(	uint8_t	pin,
		uint8_t	mode,
		VLogic_t	logic
	)

Constructor of the Arduino GPIO class.

This function is setting the basics for a GPIO. It allows to set the pin number, mode of the pin and the logic level.

Parameters

[in]	pin	Number of the desired pin
[in]	mode	Defines the mode of the pin (INPUT, OUTPUT, etc.)
[in]	logic	Defines the logic level of the pin

~GPIOIno()

GPIOIno::~GPIOIno

(

)

Member Function Documentation

init()

Error_t GPIOIno::init ( )

virtual

Initialize the GPIO.

This function is initializing the chosen pin.

Returns

BGT60 error code

Return values

OK

Implements bgt60::GPIO.

deinit()

Error_t GPIOIno::deinit ( )

virtual

Deinitialize the GPIO.

This function is deinitializing the chosen pin.

Returns

BGT60 error code

Return values

OK

Implements bgt60::GPIO.

read()

GPIOIno::VLevel_t GPIOIno::read ( )

virtual

Read GPIO logic level.

This function reads the logic level of the chosen pin and returns the logic level value.

Returns

GPIOIno::VLevel_t

Return values

0	= GPIO_LOW
1	= GPIO_HIGH

Implements bgt60::GPIO.

write()

Error_t GPIOIno::write ( VLevel_t  level )

virtual

Set GPIO logic level.

This functions sets the logic level of the chosen pin.

Parameters

[in]

level

Desired logic level of the pin

Returns

BGT60 error code

Return values

OK

Implements bgt60::GPIO.

enable()

Error_t GPIOIno::enable ( )

virtual

Enable the GPIO.

This functions enable the chosen pin. Depending on the chosen logic of the pin it sets the right logic level of the pin.

Returns

BGT60 error code

Return values

OK

Implements bgt60::GPIO.

disable()

Error_t GPIOIno::disable ( )

virtual

Disable the GPIO.

This functions disables the chosen pin. Depending on the chosen logic of the pin it sets the right logic level of the pin.

Returns

BGT60 error code

Return values

OK

Implements bgt60::GPIO.

enableInt()

Error_t GPIOIno::enableInt ( void(*)(void)  cback, IntEvent_t  mode  )

virtual

Enables the Arduino GPIO interrupt.

This function enables the interrupt on chosen pin. Depending on the mode, it triggers the interrupt.

Parameters

[in]	*cback	Function pointer of the interrupt callback
[in]	mode	Event at which the interrupt will occur

Returns

BGT60 error code

Return values

OK

Implements bgt60::GPIO.

disableInt()

Error_t GPIOIno::disableInt ( )

virtual

Disables the Arduino GPIO interrupt.

This function disables the interrupt on chosen pin.

Returns

BGT60 error code

Return values

OK

Implements bgt60::GPIO.

intEvent()

GPIOIno::IntEvent_t GPIOIno::intEvent ( )

inlinevirtual

Gets the latest Arduino interrupt event.

This function gets the latest interrupt event on the earlier configured GPIO pin.

Returns

GPIO interrupt event

Return values

INT_FALLING_EDGE	if falling edge event
INT_RISING_EDGE	if rising edge event

Implements bgt60::GPIO.

TimerIno

class TimerIno

Inheritance diagram for TimerIno:

Collaboration diagram for TimerIno:

Public Member Functions
	TimerIno ()
	Timer Ino constructor. More...
	~TimerIno ()
	Timer Ino destructor. More...
Error_t	init ()
	Initialiazes the Arduino timer. More...
Error_t	deinit ()
	Deinitialiazes the Arduino timer. More...
Error_t	start ()
	Starts the Arduino timer. More...
Error_t	elapsed (uint32_t &elapsed)
	Elapsed time since the timer was started. More...
Error_t	elapsedMicro (uint32_t &elapsed)
	Elapsed time since the timer was started in microseconds. More...
Error_t	stop ()
	Stops the Arduino timer. More...
Error_t	delay (const uint32_t timeout)
	Introduces a delay during the specified time. More...

Constructor & Destructor Documentation

TimerIno()

TimerIno::TimerIno

(

)

Timer Ino constructor.

~TimerIno()

TimerIno::~TimerIno

(

)

Timer Ino destructor.

Member Function Documentation

init()

Error_t TimerIno::init ( )

inlinevirtual

Initialiazes the Arduino timer.

Returns

BGT60 error code

Return values

OK

Implements bgt60::Timer.

deinit()

Error_t TimerIno::deinit ( )

inlinevirtual

Deinitialiazes the Arduino timer.

Returns

BGT60 error code

Return values

OK

Implements bgt60::Timer.

start()

Error_t TimerIno::start ( )

inlinevirtual

Starts the Arduino timer.

Returns

BGT60 error code

Return values

OK

Implements bgt60::Timer.

elapsed()

Error_t TimerIno::elapsed ( uint32_t &  elapsed )

inlinevirtual

Elapsed time since the timer was started.

Parameters

[out]

elapsed

Time in milliseconds

Returns

BGT60 error code

Return values

OK

Implements bgt60::Timer.

elapsedMicro()

Error_t TimerIno::elapsedMicro ( uint32_t &  elapsed )

inlinevirtual

Elapsed time since the timer was started in microseconds.

Parameters

[out]

elapsed

Time in microseconds

Returns

BGT60 error code

Return values

OK

Implements bgt60::Timer.

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stop()

Error_t TimerIno::stop ( )

inlinevirtual

Stops the Arduino timer.

Returns

BGT60 error code

Return values

OK

Implements bgt60::Timer.

delay()

Error_t TimerIno::delay ( const uint32_t  timeout )

inlinevirtual

Introduces a delay during the specified time.

Note

No delay() implementation since it cause troubles out of sketches https://www.arduino.cc/reference/en/language/functions/time/delay/

Parameters

[in]

timeout

Delay time in milliseconds

Returns

BGT60 error code

Return values

OK

Implements bgt60::Timer.

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