C# Class Rasp_Final.nRF

Afficher le fichier Open project: iamelectron/RaspberryP2_Automation Class Usage Examples

Méthodes publiques

Méthode	Description
Flush_RX ( ) : void	Clear RX Buffer
Flush_TX ( ) : void	Clear TX Buffer
RX_MODE ( ) : void	Switch nRF mode to Receiver (Full duplex communication is not possible) [Half duplex mode only]
RX_PAYLOAD ( ) : byte[]	Transmit payload
SPI_READ ( ) : byte[]	Read Byte array from nRF device (Don't call this function unless you know what you are really doing) You need to write RX_PAYLOAD before bulk reading.
SPI_WRITE ( byte data ) : void	Write Byte stream to nRF device
TX_MODE ( ) : void	Switch nRF mode to Transmitter (Full duplex communication is not possible) [Half duplex mode only]
TX_PAYLOAD ( byte data ) : void	Transmit payload before transmission, switch to TX_MODE()
init_nRF ( ) : void	Initialize nRF module Pipe 0 and Pipe 1 with no ack This init can be replaced with user required initializations for complex wireless operations
is_data_available ( ) : bool	I used another cus
nRF ( Windows.Devices.Gpio.GpioPin nrf_ce, Windows.Devices.Spi.SpiDevice SPI_DEV ) : System	nRF Hardware Init Function

Private Methods

Méthode	Description
high_reset ( ) : void
low_reset ( ) : void

Method Details

Flush_RX() public méthode

Clear RX Buffer

public Flush_RX ( ) : void
Résultat	void

Flush_TX() public méthode

Clear TX Buffer

public Flush_TX ( ) : void
Résultat	void

RX_MODE() public méthode

Switch nRF mode to Receiver (Full duplex communication is not possible) [Half duplex mode only]

public RX_MODE ( ) : void
Résultat	void

RX_PAYLOAD() public méthode

Transmit payload

public RX_PAYLOAD ( ) : byte[]
Résultat	byte[]

SPI_READ() public méthode

Read Byte array from nRF device (Don't call this function unless you know what you are really doing) You need to write RX_PAYLOAD before bulk reading.

public SPI_READ ( ) : byte[]
Résultat	byte[]

SPI_WRITE() public méthode

Write Byte stream to nRF device

public SPI_WRITE ( byte data ) : void
data	byte	Byte data array
Résultat	void

TX_MODE() public méthode

Switch nRF mode to Transmitter (Full duplex communication is not possible) [Half duplex mode only]

public TX_MODE ( ) : void
Résultat	void

TX_PAYLOAD() public méthode

Transmit payload before transmission, switch to TX_MODE()

public TX_PAYLOAD ( byte data ) : void
data	byte	byte data array
Résultat	void

init_nRF() public méthode

Initialize nRF module Pipe 0 and Pipe 1 with no ack This init can be replaced with user required initializations for complex wireless operations

public init_nRF ( ) : void
Résultat	void

is_data_available() public méthode

I used another cus

public is_data_available ( ) : bool
Résultat	bool

nRF() public méthode

nRF Hardware Init Function

public nRF ( Windows.Devices.Gpio.GpioPin nrf_ce, Windows.Devices.Spi.SpiDevice SPI_DEV ) : System
nrf_ce	Windows.Devices.Gpio.GpioPin	nRF CE PIN
SPI_DEV	Windows.Devices.Spi.SpiDevice	SPI Device object of Raspberry Pi
Résultat	System