MifareCard Class

Definition

Namespace:

Iot.Device.Card.Mifare

Assembly:

Iot.Device.Bindings.dll

Package:

Iot.Device.Bindings v3.0.0

A Mifare card class Supports Mifare Classic 1K and 4K Also supports Mifare Plus 2K and 4K operating in SL1

public class MifareCard

type MifareCard = class

Public Class MifareCard

Inheritance

Object

MifareCard

Constructors

MifareCard(CardTransceiver, Byte)

Constructor for Mifarecard

Properties

BlockNumber	The block number to authenticate or read or write
Capacity	The storage capacity
Command	The command to execute on the card
Data	The Data which has been read or to write for the specific block
DefaultBlocksNdefKeyA	Default block Key A for NDEF card
DefaultFirstBlockNdefKeyA	Default Mifare Application Directory block Key A for NDEF card The MAD is in the first sector on all cards and also sector 16 on 2K and 4K cards
DefaultKeyA	Default Key A
DefaultKeyB	Default Key B
KeyA	Key A Used for encryption/decryption
KeyB	Key B Used for encryption/decryption
ReselectAfterError	Reselect the card after a card command fails After an error, the card will not respond to any further commands until it is reselected. If this property is false, the caller is responsible for calling ReselectCard when RunMifareCardCommand returns an error (-1).
SerialNumber	UUID is the Serial Number, called MAC sometimes
Target	The tag number detected by the reader, only 1 or 2

Methods

BlockAccess(Byte, Byte[])	Get the block access information
BlockNumberToBlockGroup(Byte)	Determine the block group corresponding to a block number
BlockNumberToSector(Byte)	Determine the sector number corresponding to a particular block number
EncodeDefaultSectorAndBlockTailer()	Encode with default value the access sector and tailer blocks
EncodeSectorAndBlockTailer(AccessSector, AccessType[])	Encode the desired access for the full sector including the block tailer
EncodeSectorAndClockTailer(AccessSector, AccessType[])	Obsolete. Encode the desired access for the full sector including the block tailer
EncodeSectorTailer(AccessSector)	Get the sector tailer bytes for a specific access sector configuration
EncodeSectorTailer(Byte, AccessType)	Encode the sector tailer access type for a specific block
EraseSector(ReadOnlySpan<Byte>, ReadOnlySpan<Byte>, Byte, Boolean, Boolean)	Erase one sector
FormatNdef(ReadOnlySpan<Byte>)	Format the entire card to NDEF
FormatNdef(UInt32, ReadOnlySpan<Byte>)	Format a portion of the card to NDEF
GetNumberBlocks()	Get the number of blocks for a specific sector
GetNumberBlocks(Byte)	Get the number of blocks for a specific sector
GetNumberSectors()	Get the number of sectors
IsFormattedNdef()	Check if the card is formatted to NDEF
IsSectorBlock(Byte)	Is it a block sector?
ReselectCard()	Select the card. Needed if authentication or read/write failed
RunMifareCardCommand()	Run the last setup command. In case of reading bytes, they are automatically pushed into the Data property
SectorTailerAccess(Byte, Byte[])	Get the sector tailer access information
SectorToBlockNumber(Byte, Byte)	Determine the first block number of a specified sector and block group
SetCapacity(UInt16, Byte)	From the ATQA and SAK data find common card capacity
TryReadNdefMessage(NdefMessage)	Try to read a NDEF Message from a Mifare card
WriteDataBlock(Byte)	Perform a write using the 16 bytes present in Data on a specific block
WriteNdefMessage(NdefMessage, Boolean)	Write an NDEF Message