Pn532 Class

Definition

Namespace:

IoT.Device.Pn532

Assembly:

Iot.Device.Bindings.dll

Package:

Iot.Device.Bindings v3.0.0

PN532 RFID/NFC reader

public class Pn532 : Iot.Device.Card.CardTransceiver, IDisposable

type Pn532 = class
    inherit CardTransceiver
    interface IDisposable

Public Class Pn532
Inherits CardTransceiver
Implements IDisposable

Inheritance

Object

CardTransceiver

Pn532

Implements

IDisposable

Constructors

Pn532(I2cDevice, Boolean)	Create a PN532 using I2C
Pn532(SpiDevice, Int32, GpioController, Boolean, Boolean)	Create a PN532 using SPI
Pn532(String, Boolean)	Create a PN532 using Serial Port

Fields

I2cDefaultAddress	The default I2C address
SpiClockFrequency	PN532 SPI Clock Frequency
SpiMode	Only SPI Mode supported is Mode0
SupportedProtocols	The set of NFC protocols that are supported by this transceiver.

Properties

FirmwareVersion	Firmware version information
MaximumReadSize	The maximum number of bytes that can be read from the card in a single transaction, (excluding CRC). This is constrained by the operating mode as well as transceiver limitations (such as the size of a FIFO buffer in the transceiver).
MaximumWriteSize	The maximum number of bytes that can be written to the card in a single transaction, (excluding CRC). This is constrained by the operating mode as well as transceiver limitations (such as the size of a FIFO buffer in the transceiver).
ParametersFlags	Get or set the Security Access Module parameters
ReadTimeOut	Set or get the read timeout for I2C and SPI Please refer to the documentation to set the right timeout value depending on the communication mode you are using
SecurityAccessModuleMode	Get or set the Security Access Module Mode
VirtualCardTimeout	Get or set the timeout when PN532 is in virtual card mode

Methods

AutoPoll(Byte, UInt16, PollingType[])	Automatically poll specific types of devices
DeselectTarget(Byte)	Deselect a specific target number card
Dispose()	Dispose
InitAsTarget(TargetModeInitialization, TargetMifareParameters, TargetFeliCaParameters, TargetPiccParameters)	Set the PN532 as a target, so as a card
ListPassiveTarget(MaxTarget, TargetBaudRate)	List all targets cards in range When using this function, you can't determine which target you've read So you'll need to use the Decode functions to try to get a card type So use this function only with a specific card type. Prefer the AutoPoll function As the type identified is returned
ListPassiveTarget(MaxTarget, TargetBaudRate, ReadOnlySpan<Byte>)	List all targets cards in range When using this function, you can't determine which target you've read So you'll need to use the Decode functions to try to get a card type So use this function only with a specific card type. Prefer the AutoPoll function As the type identified is returned
PowerDown(WakeUpEnable)	Power down the PN532
ReadDataAsTarget(Span<Byte>)	read data from the reader when PN532 is a target
ReadGpio(Port3, Port7, OperatingMode)	Read the PN532 GPIO
ReadRegister(UInt16, Byte)	Read a single register
ReadRegister(UInt16[], Span<Byte>)	Read any register from the XRAM
ReadRegisterSfr(SfrRegister[], Span<Byte>)	Read an array of SFR registers
ReleaseTarget(Byte)	Release a specific target number card
ReselectTarget(Byte)	Once you have an authentication operation failing with Mifare cards or a read/write, the card stop. TYhe only way to have it back is to send the unselect and anti collision. This function provides this feature
RunSelfTest(DiagnoseMode)	Run self tests Note: some self tests are not implemented yet
SelectTarget(Byte)	Select a specific target number card
SetAnalog106kbpsTypeA(Analog106kbpsTypeAMode)	Set the specific 106 kbps card Type A modes
SetAnalog212_424_848kbps(Analog212_424_848kbpsMode)	Configure analog mode
SetAnalog212_424Kbps(Analog212_424kbpsMode)	Set the specific 212 424 kbps card modes
SetAnalogTypeB(AnalogSettingsTypeBMode)	Set the specific 106 kbps card Type B modes
SetMaxRetriesInitialization(MaxRetriesMode)	Set the MAximu Retries during the various initialization modes
SetMaxRetryWriteRead(Byte)	Set the Maximum Retry in the 2 WriteRead modes
SetRfField(RfFieldMode)	Set the Radio Frequency Field Mode
SetSerialBaudRate(BaudRate)	Setup the baud rate communication when using the HSU Serial Port mode
SetVariousTimings(VariousTimingsMode)	Set the Various Timing Mode
Transceive(Byte, ReadOnlySpan<Byte>, Span<Byte>)	This function has to be implemented by all NFC/RFID/Card readers. This function is used in exchange of data with the reader and the cards. (Inherited from CardTransceiver)
Transceive(Byte, ReadOnlySpan<Byte>, Span<Byte>, NfcProtocol)	This function has to be implemented by all NFC/RFID/Card readers. This function is used in exchange of data with the reader and the cards.
TransceiveAdvance(Byte, ReadOnlySpan<Byte>, Span<Byte>)	Use the built in feature to transceive the data to the card. This add specific logic for some cards.
TryDecode106kbpsTypeA(Span<Byte>)	Try to decode a raw byte array containing target information to a 106 kbps Type A card
TryDecodeData106kbpsInnovisionJewel(Span<Byte>)	Try to decode a raw byte array containing target information to a 106 kbps Innovision Jewel card
TryDecodeData106kbpsTypeB(Span<Byte>)	Try to decode a raw byte array containing target information to a 106 kbps Type B card
TryDecodeData212_424Kbps(Span<Byte>)	Try to decode a raw byte array containing target information to a 212 424 kbps card
WakeUp()	Wake Up the PN532
WriteDataAsTarget(ReadOnlySpan<Byte>)	Write data to the reader when PN532 is a target
WriteGpio(Port3)	Write the PN532 GPIO port 3 leaving port 7 in it's current state
WriteGpio(Port7)	Write the PN532 GPIO port 7 leaving port 3 in it's current state
WriteGpio(Port7, Port3)	Write the PN532 GPIO ports 3 and 7
WriteReadDirect(ReadOnlySpan<Byte>, Span<Byte>)	Write an array of data directly to the card without adding anything from the PN532 and read the raw data
WriteRegister(UInt16, Byte)	Write a single register
WriteRegister(UInt16[], Span<Byte>)	Write an array of register
WriteRegisterSfr(SfrRegister[], Span<Byte>)	Write an array of SFR registers