@capawesome-team/capacitor-nfc¶

Capacitor plugin for reading and writing NFC tags.

Features¶

🖥️ Cross-platform: Supports Android, iOS and Web.
🔄 NDEF: Read and write NFC Data Exchange Format (NDEF) messages.
📳 HCE: Emulate an NFC card that other devices can interact with.
⌘ Raw Commands: Send raw commands to an NFC tag and receive the response.
🛠️ Utils: Utility functions to make your life easier.
⚔️ Battle-Tested: Used in more than 100 projects.
📚 Documentation: Comprehensive documentation to help you get started.
🔁 Up-to-date: Always supports the latest Capacitor version.
⭐️ Support: First-class support from the Capawesome Team.

Installation¶

This plugin is only available to Capawesome Insiders. First, make sure you have the Capawesome npm registry set up. You can do this by running the following commands:

npm config set @capawesome-team:registry https://npm.registry.capawesome.io
npm config set //npm.registry.capawesome.io/:_authToken <YOUR_LICENSE_KEY>

Attention: Replace <YOUR_LICENSE_KEY> with the license key you received from Polar. If you don't have a license key yet, you can get one by becoming a Capawesome Insider.

Next, install the package:

npm install @capawesome-team/capacitor-nfc
npx cap sync

Android¶

Permissions¶

This API requires the following permissions be added to your AndroidManifest.xml before the application tag:

<!-- To get access to the NFC hardware. -->
<uses-permission android:name="android.permission.NFC" />
<!-- The minimum SDK version that your application can support. -->
<uses-sdk android:minSdkVersion="10"/>
<!-- (Optional) This will ensure that your app appears in Google Play only for devices with NFC hardware. -->
<uses-feature android:name="android.hardware.nfc" android:required="true" />

Intent Filter¶

If you want to launch your app through an NFC tag, please take a look at the Android documentation. There you will find which changes you have to apply to your AndroidManifest.xml (example).

Services¶

To be able to use Host Card Emulation (HCE), you also need to add the following service inside the application tag in your AndroidManifest.xml (usually android/app/src/main/AndroidManifest.xml):

<service android:name=".MyHostApduService" android:exported="true"
         android:permission="android.permission.BIND_NFC_SERVICE">
    <intent-filter>
        <action android:name="android.nfc.cardemulation.action.HOST_APDU_SERVICE"/>
    </intent-filter>
    <meta-data android:name="android.nfc.cardemulation.host_apdu_service"
               android:resource="@xml/apduservice"/>
</service>

This meta-data tag points to an apduservice.xml file. The following is an example of such a file with a single AID group declaration containing two proprietary AIDs:

<host-apdu-service xmlns:android="http://schemas.android.com/apk/res/android"
           android:description="@string/servicedesc"
           android:requireDeviceUnlock="false">
    <aid-group android:description="@string/aiddescription"
               android:category="other">
        <aid-filter android:name="F0010203040506"/>
        <aid-filter android:name="F0394148148100"/>
    </aid-group>
</host-apdu-service>

You can find more information about this in the Android documentation.

iOS¶

Ensure Near Field Communication Tag Reading capabilities have been enabled in your application in Xcode. See Add a capability to a target for more information.

Finally, add the NFCReaderUsageDescription key to the ios/App/App/Info.plist file, which tells the user why the app needs to use NFC:

+ <key>NFCReaderUsageDescription</key>
+ <string>The app enables the reading and writing of various NFC tags.</string>

If you want to launch your app through an NFC tag, please take a look at the Core NFC documentation. The NFC tag requires a URI record (see createNdefUriRecord(...)) that must contain either a universal link (see Deep Linking with Universal and App Links) or a supported URL scheme.

Configuration¶

No configuration required for this plugin.

Demo¶

A working example can be found here: capawesome-team/capacitor-nfc-demo

Android	iOS

Guides¶

Announcing the Capacitor NFC Plugin

Usage¶

import { Nfc, NfcUtils, NfcTagTechType } from '@capawesome-team/capacitor-nfc';
import { Capacitor } from '@capacitor/core';

const createNdefTextRecord = () => {
  const utils = new NfcUtils();
  const { record } = utils.createNdefTextRecord({ text: 'Capacitor NFC Plugin' });
  return record;
};

const write = async () => {
  return new Promise((resolve) => {
    const record = createNdefTextRecord();

    Nfc.addListener('nfcTagScanned', async (event) => {
      await Nfc.write({ message: { records: [record] } });
      await Nfc.stopScanSession();
      resolve();
    });

    Nfc.startScanSession();
  });
};

const read = async () => {
  return new Promise((resolve) => {
    Nfc.addListener('nfcTagScanned', async (event) => {
      await Nfc.stopScanSession();
      resolve(event.nfcTag);
    });

    Nfc.startScanSession();
  });
};

const makeReadOnly = async () => {
  return new Promise((resolve) => {
    Nfc.addListener('nfcTagScanned', async (event) => {
      await Nfc.makeReadOnly();
      await Nfc.stopScanSession();
      resolve();
    });

    Nfc.startScanSession();
  });
};

const readSignature = async () => {
  return new Promise((resolve) => {
    Nfc.addListener('nfcTagScanned', async (event) => {
      if (Capacitor.getPlatform() === 'android') {
        // 1. Connect to the tag.
        await Nfc.connect({ techType: NfcTagTechType.NfcA }); 
        // 2. Send one or more commands to the tag and receive the response.
        const result = await Nfc.transceive({ data: [60, 0] });
        // 3. Close the connection to the tag.
        await Nfc.close();
        await Nfc.stopScanSession();
        resolve(response);
      } else {
        // 1. Send one or more commands to the tag and receive the response.
        const result = await Nfc.transceive({ techType: NfcTagTechType.NfcA, data: [60, 0] });
        await Nfc.stopScanSession();
        resolve(response);
      }
    });

    Nfc.startScanSession();
  });
};

const erase = async () => {
  return new Promise((resolve) => {
    Nfc.addListener('nfcTagScanned', async (event) => {
      await Nfc.erase();
      await Nfc.stopScanSession();
      resolve();
    });

    Nfc.startScanSession();
  });
};

const format = async () => {
  return new Promise((resolve) => {
    Nfc.addListener('nfcTagScanned', async (event) => {
      await Nfc.format();
      await Nfc.stopScanSession();
      resolve();
    });

    Nfc.startScanSession();
  });
};

const isSupported = async () => {
  const { isSupported } = await Nfc.isSupported();
  return isSupported;
};

const isEnabled = async () => {
  const { isEnabled } = await Nfc.isEnabled();
  return isEnabled;
};

const openSettings = async () => {
  await Nfc.openSettings();
};

const checkPermissions = async () => {
  const { nfc } = await Nfc.checkPermissions();
  return nfc;
};

const requestPermissions = async () => {
  const { nfc } = await Nfc.requestPermissions();
  return nfc;
};

const removeAllListeners = async () => {
  await Nfc.removeAllListeners();
};

API¶

startScanSession(...)
stopScanSession(...)
write(...)
respond(...)
makeReadOnly()
erase()
format()
transceive(...)
connect(...)
close()
isSupported()
isEnabled()
openSettings()
getAntennaInfo()
setAlertMessage(...)
checkPermissions()
requestPermissions()
addListener('commandReceived', ...)
addListener('nfcLinkDeactivated', ...)
addListener('nfcTagScanned', ...)
addListener('scanSessionCanceled', ...)
addListener('scanSessionError', ...)
removeAllListeners()
Interfaces
Type Aliases
Enums

startScanSession(...)¶

startScanSession(options?: StartScanSessionOptions | undefined) => Promise<void>

Start a scan session. Only one session can be active at a time.

Stop the session as soon as you are done using stopScanSession(...).

On iOS, this will trigger the NFC Reader Session alert.

Param	Type
`options`	`StartScanSessionOptions`

Since: 0.0.1

stopScanSession(...)¶

stopScanSession(options?: StopScanSessionOptions | undefined) => Promise<void>

Stop the active scan session.

Param	Type
`options`	`StopScanSessionOptions`

Since: 0.0.1

write(...)¶

write(options: WriteOptions) => Promise<void>

Write to a NFC tag.

This method must be called from within a nfcTagScanned handler.

Param	Type
`options`	`WriteOptions`

Since: 0.0.1

respond(...)¶

respond(options: RespondOptions) => Promise<void>

Send a response APDU back to the remote device.

Only available on Android.

Param	Type
`options`	`RespondOptions`

Since: 6.3.0

makeReadOnly()¶

makeReadOnly() => Promise<void>

Make a NFC tag readonly.

This method must be called from within a nfcTagScanned handler.

Attention: This is permanent and can not be undone.

Since: 0.0.1

erase()¶

erase() => Promise<void>

Erase the NFC tag by writing an empty NDEF message.

This method must be called from within a nfcTagScanned handler.

Since: 0.3.0

format()¶

format() => Promise<void>

Format the NFC tag as NDEF and write an empty NDEF message.

This method must be called from within a nfcTagScanned handler.

Only available on Android.

Since: 0.3.0

transceive(...)¶

transceive(options: TransceiveOptions) => Promise<TransceiveResult>

Send raw command to the tag and receive the response.

This method must be called from within a nfcTagScanned handler.

On Android, the tag must be connected with connect() first.

⚠️ Experimental: This method could not be tested extensively yet. Please let us know if you discover any issues!

⚠️ Attention: A bad command can damage the tag forever. Please read the Android and iOS documentation linked below first.

More information on how to use this method on Android: https://bit.ly/3ywSkvT

More information on how to use this method on iOS with... - ISO 15693-3: https://apple.co/3Lliaum - FeliCa: https://apple.co/3LpvRs6

Only available on Android and iOS.

Param	Type
`options`	`TransceiveOptions`

Returns: Promise<TransceiveResult>

Since: 0.3.0

connect(...)¶

connect(options: ConnectOptions) => Promise<void>

Connect to the tag and enable I/O operations.

This method must be called from within a nfcTagScanned handler.

Only available on Android.

Param	Type
`options`	`ConnectOptions`

Since: 6.0.0

close()¶

close() => Promise<void>

Close the connection to the tag.

This method must be called from within a nfcTagScanned handler.

Only available on Android.

Since: 6.0.0

isSupported()¶

isSupported() => Promise<IsSupportedResult>

Returns whether or not NFC is supported.

Returns: Promise<IsSupportedResult>

Since: 0.0.1

isEnabled()¶

isEnabled() => Promise<IsEnabledResult>

Returns whether or not NFC is enabled.

Only available on Android.

Returns: Promise<IsEnabledResult>

Since: 0.0.1

openSettings()¶

openSettings() => Promise<void>

Opens the NFC device settings so that the user can enable or disable NFC.

Only available on Android.

Since: 0.0.1

getAntennaInfo()¶

getAntennaInfo() => Promise<GetAntennaInfoResult>

Returns information regarding Nfc antennas on the device such as their relative positioning on the device.

Only available on Android.

Returns: Promise<GetAntennaInfoResult>

Since: 6.1.0

setAlertMessage(...)¶

setAlertMessage(options: SetAlertMessageOptions) => Promise<void>

Set a custom message, which is displayed in the NFC Reader Session alert.

Only available on iOS.

Param	Type
`options`	`SetAlertMessageOptions`

Since: 6.2.0

checkPermissions()¶

checkPermissions() => Promise<PermissionResult>

Check permission for reading and writing NFC tags.

This method is only needed on Web. On Android and iOS, granted is always returned.

Returns: Promise<PermissionResult>

Since: 0.0.1

requestPermissions()¶

requestPermissions() => Promise<PermissionResult>

Request permission for reading and writing NFC tags.

This method is only needed on Web. On Android and iOS, granted is always returned.

Returns: Promise<PermissionResult>

Since: 0.0.1

addListener('commandReceived', ...)¶

addListener(eventName: 'commandReceived', listenerFunc: (event: CommandReceivedEvent) => void) => Promise<PluginListenerHandle>

Called whenever a NFC reader sends an Application Protocol Data Unit (APDU).

Only available on Android.

Param	Type
`eventName`	`'commandReceived'`
`listenerFunc`	`(event: CommandReceivedEvent) => void`

Returns: Promise<PluginListenerHandle>

Since: 6.3.0

addListener('nfcLinkDeactivated', ...)¶

addListener(eventName: 'nfcLinkDeactivated', listenerFunc: (event: NfcLinkDeactivatedEvent) => void) => Promise<PluginListenerHandle>

Called when the NFC link has been deactivated or lost.

Only available on Android.

Param	Type
`eventName`	`'nfcLinkDeactivated'`
`listenerFunc`	`(event: NfcLinkDeactivatedEvent) => void`

Returns: Promise<PluginListenerHandle>

Since: 6.3.0

addListener('nfcTagScanned', ...)¶

addListener(eventName: 'nfcTagScanned', listenerFunc: (event: NfcTagScannedEvent) => void) => Promise<PluginListenerHandle>

Called when a new NFC tag is scanned.

Param	Type
`eventName`	`'nfcTagScanned'`
`listenerFunc`	`(event: NfcTagScannedEvent) => void`

Returns: Promise<PluginListenerHandle>

Since: 0.0.1

addListener('scanSessionCanceled', ...)¶

addListener(eventName: 'scanSessionCanceled', listenerFunc: () => void) => Promise<PluginListenerHandle>

Called when the scan session was canceled.

Only available on iOS.

Param	Type
`eventName`	`'scanSessionCanceled'`
`listenerFunc`	`() => void`

Returns: Promise<PluginListenerHandle>

Since: 0.0.1

addListener('scanSessionError', ...)¶

addListener(eventName: 'scanSessionError', listenerFunc: (event: ScanSessionErrorEvent) => void) => Promise<PluginListenerHandle>

Called when an error occurs during the scan session.

Param	Type
`eventName`	`'scanSessionError'`
`listenerFunc`	`(event: ScanSessionErrorEvent) => void`

Returns: Promise<PluginListenerHandle>

Since: 0.0.1

removeAllListeners()¶

removeAllListeners() => Promise<void>

Remove all listeners for this plugin.

Since: 0.0.1

Interfaces¶

StartScanSessionOptions¶

Prop	Type	Description	Default	Since
`alertMessage`	`string`	A custom message, which is displayed in the NFC Reader Session alert. Only available on iOS.		0.0.1
`compatibilityMode`	`boolean`	Whether or not to use the `NFCNDEFReaderSession`. Attention: This mode only supports reading NDEF tags. Only available on iOS.	`false`	6.4.0
`techTypes`	`NfcTagTechType[]`	The NFC tag technologies to filter on in this session. Only available on Android.		0.0.1
`mimeTypes`	`string[]`	Mime types to filter on in this session. Only available on Android.		0.0.1
`pollingOptions`	`PollingOption[]`	Type of tags to detect during a polling sequence. Only available on iOS.	`[PollingOption.iso14443, PollingOption.iso15693]`	0.2.0

StopScanSessionOptions¶

Prop	Type	Description	Since
`errorMessage`	`string`	A custom error message, which is displayed in the NFC Reader Session alert. Only available on iOS.	0.0.1

WriteOptions¶

Prop	Type	Description	Since
`message`	`NdefMessage`	The NDEF message to write.	0.0.1

NdefMessage¶

Prop	Type	Description	Since
`records`	`NdefRecord[]`	The records of the NDEF message.	0.0.1

NdefRecord¶

Prop	Type	Description	Since
`id`	`number[]`	The record identifier as byte array.	0.0.1
`payload`	`number[]`	The payload field data as byte array.	0.0.1
`tnf`	`TypeNameFormat`	The record type name format which indicates the structure of the value of the `type` field.	0.0.1
`type`	`number[]`	The type of the record payload. This should be used in conjunction with the `tnf` field to determine the payload format.	0.0.1

RespondOptions¶

Prop	Type	Description	Since
`data`	`number[]`	Bytes to send.	6.3.0

TransceiveResult¶

Prop	Type	Description	Since
`response`	`number[]`	Bytes received in response.	0.3.0

TransceiveOptions¶

Prop	Type	Description	Since
`techType`	`NfcTagTechType`	The NFC tag technology to connect with. Only available on iOS.	0.3.0
`data`	`number[]`	Bytes to send.	0.3.0
`iso15693RequestFlags`	`Iso15693RequestFlag[]`	The request flags for the NFC tag technology type `NfcV` (ISO 15693-3). Only available on iOS 14+	0.3.0
`iso15693CommandCode`	`number`	The custom command code defined by the IC manufacturer for the NFC tag technology type `NfcV` (ISO 15693-3). Valid range is 0xA0 to 0xDF inclusively, 0x23 and 0x24 are also supported. Only available on iOS 14+	0.3.0

ConnectOptions¶

Prop	Type	Description	Since
`techType`	`NfcTagTechType`	The NFC tag technology to connect with. Only available on Android.	6.0.0

IsSupportedResult¶

Prop	Type	Description	Since
`isSupported`	`boolean`		0.0.1
`nfc`	`boolean`	Whether or not NFC is supported on the device.	6.3.0
`hce`	`boolean`	Whether or not Host Card Emulation (HCE) is supported on the device.	6.3.0

IsEnabledResult¶

Prop	Type	Since
`isEnabled`	`boolean`	0.0.1

GetAntennaInfoResult¶

Prop	Type	Description	Since
`availableAntennas`	`Antenna[]`	The available NFC antennas on the device.	6.1.0
`deviceHeight`	`number`	The height of the device in millimeters.	6.1.0
`deviceWidth`	`number`	The width of the device in millimeters.	6.1.0
`isDeviceFoldable`	`boolean`	Whether or not the device is foldable.	6.1.0

Antenna¶

Prop	Type	Description	Since
`locationX`	`number`	The location of the NFC antenna on the X axis in millimeters.	6.1.0
`locationY`	`number`	The location of the NFC antenna on the Y axis in millimeters.	6.1.0

SetAlertMessageOptions¶

Prop	Type	Description	Since
`message`	`string`	The custom message, which is displayed in the NFC Reader Session alert.	6.2.0

PermissionResult¶

Prop	Type	Description	Since
`nfc`	`PermissionState`	Permission state for reading and writing NFC tags.	0.0.1

PluginListenerHandle¶

Prop	Type
`remove`	`() => Promise<void>`

CommandReceivedEvent¶

Prop	Type	Description	Since
`data`	`number[]`	The command received from the remote device.	6.3.0

NfcLinkDeactivatedEvent¶

Prop	Type	Description	Since
`reason`	`DeactivationReason`	The reason why the deactivation occurred.	6.3.0

NfcTagScannedEvent¶

Prop	Type	Description	Since
`nfcTag`	`NfcTag`	The scanned NFC tag.	0.0.1

NfcTag¶

Prop	Type	Description	Since
`atqa`	`number[]`	The ATQA/SENS_RES bytes of an NFC A tag. Only available on Android.	0.0.1
`applicationData`	`number[]`	The Application Data bytes from ATQB/SENSB_RES of an NFC B tag. Only available on Android and iOS.	0.0.1
`barcode`	`number[]`	The barcode bytes of an NfcBarcode tag. Only available on Android.	0.0.1
`canMakeReadOnly`	`boolean`	Whether the NDEF tag can be made read-only or not. Only available on Android.	0.0.1
`dsfId`	`number[]`	The DSF ID bytes of an NFC V tag. Only available on Android.	0.0.1
`hiLayerResponse`	`number[]`	The higher layer response bytes of an ISO-DEP tag. Only available on Android.	0.0.1
`historicalBytes`	`number[]`	The historical bytes of an ISO-DEP tag. Only available on Android and iOS.	0.0.1
`id`	`number[]`	The tag identifier (low level serial number) which is used for anti-collision and identification.	0.0.1
`isWritable`	`boolean`	Whether the NDEF tag is writable or not. Only available on Android and iOS.	0.0.1
`manufacturer`	`number[]`	The manufacturer bytes of an NFC F tag. Only available on Android and iOS.	0.0.1
`manufacturerCode`	`number`	The Integrated Circuit (IC) manufacturer code of an NFC V tag. Only available on iOS.	6.3.0
`maxSize`	`number`	The maximum NDEF message size in bytes. Only available on Android and iOS.	0.0.1
`message`	`NdefMessage`	The NDEF-formatted message.	0.0.1
`protocolInfo`	`number[]`	The Protocol Info bytes from ATQB/SENSB_RES of an NFC B tag. Only available on Android.	0.0.1
`responseFlags`	`number[]`	The Response Flag bytes of an NFC V tag. Only available on Android.	0.0.1
`sak`	`number[]`	The SAK/SEL_RES bytes of an NFC A tag. Only available on Android.	0.0.1
`systemCode`	`number[]`	The System Code bytes of an NFC F tag. Only available on Android and iOS.	0.0.1
`techTypes`	`NfcTagTechType[]`	The technologies available in this tag. Only available on Android and iOS.	0.0.1
`type`	`NfcTagType`	The NDEF tag type. Only available on Android and iOS.	0.0.1

ScanSessionErrorEvent¶

Prop	Type	Description	Since
`message`	`string`	The error message.	0.0.1

Type Aliases¶

PermissionState¶

"denied" | "granted" | "prompt"

Enums¶

NfcTagTechType¶

Members	Value	Description	Since
`NfcA`	`'NFC_A'`	The NFC-A (ISO 14443-3A) tag technology. Only available on Android.	0.0.1
`NfcB`	`'NFC_B'`	The NFC-B (ISO 14443-3B) tag technology. Only available on Android.	0.0.1
`NfcF`	`'NFC_F'`	The NFC-F (JIS 6319-4) tag technology. Only available on Android and iOS.	0.0.1
`NfcV`	`'NFC_V'`	The NFC-V (ISO 15693) tag technology. Only available on Android and iOS.	0.0.1
`IsoDep`	`'ISO_DEP'`	The ISO-DEP (ISO 14443-4) tag technology. Only available on Android.	0.0.1
`Iso7816`	`'ISO_7816'`	The ISO 7816 tag technology. Only available on iOS.	5.1.0
`Ndef`	`'NDEF'`	The NDEF tag technology. Only available on Android.	0.0.1
`MifareClassic`	`'MIFARE_CLASSIC'`	The MIFARE Classic tag technology. Only available on Android.	0.0.1
`MifareDesfire`	`'MIFARE_DESFIRE'`	The MIFARE Desfire tag technology. Only available on iOS.	5.1.0
`MifarePlus`	`'MIFARE_PLUS'`	The MIFARE Plus tag technology. Only available on iOS.	5.1.0
`MifareUltralight`	`'MIFARE_ULTRALIGHT'`	The MIFARE Ultralight tag technology. Only available on Android and iOS.	0.0.1
`NfcBarcode`	`'NFC_BARCODE'`	The technology of a tag containing just a barcode. Only available on Android.	0.0.1
`NdefFormatable`	`'NDEF_FORMATABLE'`	The NDEF formatable tag technology. Only available on Android.	0.0.1

PollingOption¶

Members	Value	Description	Since
`iso14443`	`'iso14443'`	The option for detecting ISO 7816-compatible and MIFARE tags.	0.2.0
`iso15693`	`'iso15693'`	The option for detecting ISO 15693 tags.	0.2.0
`iso18092`	`'iso18092'`	The option for detecting FeliCa tags.	0.2.0

TypeNameFormat¶

Members	Value	Description	Since
`Empty`	`0`	An empty record with no type or payload.	0.0.1
`WellKnown`	`1`	A predefined type defined in the RTD specification of the NFC Forum.	0.0.1
`MimeMedia`	`2`	An Internet media type as defined in RFC 2046.	0.0.1
`AbsoluteUri`	`3`	A URI as defined in RFC 3986.	0.0.1
`External`	`4`	A user-defined value that is based on the rules of the NFC Forum Record Type Definition specification.	0.0.1
`Unknown`	`5`	Type is unknown.	0.0.1
`Unchanged`	`6`	Indicates the payload is an intermediate or final chunk of a chunked NDEF Record.	0.0.1

Iso15693RequestFlag¶

Members	Value	Since
`address`	`'address'`	0.3.0
`commandSpecificBit8`	`'commandSpecificBit8'`	0.3.0
`dualSubCarriers`	`'dualSubCarriers'`	0.3.0
`highDataRate`	`'highDataRate'`	0.3.0
`option`	`'option'`	0.3.0
`protocolExtension`	`'protocolExtension'`	0.3.0
`select`	`'select'`	0.3.0

DeactivationReason¶

Members	Value	Description	Since
`LinkLoss`	`0`	Indicates deactivation was due to the NFC link being lost.	6.3.0
`Deselected`	`1`	Indicates deactivation was due to a different AID being selected.	6.3.0

NfcTagType¶

Members	Value	Description	Since
`NfcForumType1`	`'NFC_FORUM_TYPE_1'`	Only available on Android.	0.0.1
`NfcForumType2`	`'NFC_FORUM_TYPE_2'`	Only available on Android.	0.0.1
`NfcForumType3`	`'NFC_FORUM_TYPE_3'`	Only available on Android and iOS.	0.0.1
`NfcForumType4`	`'NFC_FORUM_TYPE_4'`	Only available on Android.	0.0.1
`MifareClassic`	`'MIFARE_CLASSIC'`	Only available on Android.	0.0.1
`MifareDesfire`	`'MIFARE_DESFIRE'`		0.0.1
`MifarePlus`	`'MIFARE_PLUS'`	Only available on Android.	0.0.1
`MifarePro`	`'MIFARE_PRO'`	Only available on Android.	0.0.1
`MifareUltralight`	`'MIFARE_ULTRALIGHT'`	Only available on Android.	0.0.1
`MifareUltralightC`	`'MIFARE_ULTRALIGHT_C'`	Only available on Android.	0.0.1

Utils¶

See docs/utils/README.md.

Changelog¶

See CHANGELOG.md.

License¶

See LICENSE.